rd International Conference on Nanoelectronics, Circuits ...ieteranchi.in/arch/pdf/30_11_17_nccs_Souvenir.pdf · IETE Ranchi ARTTC BSNL Ranchi ISVE Ranchi 2 3rd International Conference

IETE Ranchi ARTTC BSNL Ranchi ISVE Ranchi

13rd International Conference on Nanoelectronics, Circuits & Communication Systems (NCCS-2017)11 -12th Nov. 2017 at ARTTC BSNL Ranchi-835217 Jharkhand India, [email protected]

3rd International Conference on

Nanoelectronics, Circuits &Communication Systems

(NCCS-2017)

11-12th Nov.2017

Organizer: INSTITUTION OF ELECTRONICS & TELECOMMUNICATION

ENGINEERS & INDIAN SOCIETY FOR VLSI EDUCATION

Advanced Regional Telecom Training CenterBSNL, Near Jumar River Bridge, Hazaribag Road, Ranchi-835217, Jharkhand, IndiaTel: 0651-2273260(BO), Mob. 9973886214(GC), 8877101225(OS), 9431259955(CO)

Web:www.ieteranchi.in / www.isve.in, E-mail: [email protected],[email protected]

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Dear Sir/Madam,

We are glad to inform you that ISVE & IETE Ranchi Centre are organizing twodays 3rd International Conference on Nanoelectronics, Circuits & CommunicationSystems (NCCS-2017) on 11-12th Nov-2017 at ARTTC, BSNL near Jumar RiverBridge, Hazaribag Road, Ranchi.

Prospective authors are invited to submit full papers describing original, previouslyunpublished, complete work (not currently under review by another conference/journal) up to six pages in IEEE double column format including figure, results andreferences. All papers send on conference e-mail: [email protected], [email protected], [email protected]/[email protected]. Papers will be accepted in word format only.

The accepted papers will be published in conference proceedings by Springer withISBN number and extended versions of papers will be published in SCOPUS, SCI andsome other indexed journals. (Name of Journals: 1-IETE Journal ofResearch (http://mc.manuscriptcentral.com/tijr), 2-IETE Technical Review, 3- JOLPE, 4-IETE Journal of Education, 5-WULFENIA, 6-TELEKOMANIKA,7-AnalogIntegrated Circuits and Signal Processing, 8- Microsystems Technologies(MST), 9-IJCA , 10- ARPN Journal etc ).

NCCS-2017 will includes oral sessions and poster sessions, tutorials, invited talks,keynote address by renowned Scientists, Professors and Industry persons from Indiaand Abroad on topics related to the conference. Original theoretical, practical,experimental, simulations, development, application, measurement, and testing basedpapers are invited for presentation in the conference. All submitted papers will gothrough rigorous plagiarism checking, language checking by expert’s reviewers.Details review comments will be send to communicating authors in the form ofAccepted, Accepted with changes, and Rejected.

About NCCS-2015/MCCS-2015/NCCS-2016 &MCCS-2017:1st International Conference on Nano-electronics, Circuits &Communication Systems (NCCS-2015) has been organized by ISVE &IETE at ARTTC BSNL Ranchi on 9-10th May-2015. A list of peerreviewed and plagiarism free accepted papers have been released & availableonline in SCOPUS book series LNEE (Lecture Notes on ElectricalEngineering)of Springer : http://www.isve.in/ContentUploaded/adminisve/file/Final%20Paper%20list%20to%20be%20published%20in%20Proceeding%20of%20ICNCCS%20in%20Springer%20book%20series%20LNEE.pdf and see www.springer.com/gp/book/9789811029981andextended version of papers have been published by SCIJournals: http://link.springer.com/article/10.1007/s00542-016-2873-8 and



some other extended version papers are in queue for publications in abovelisted journals & some are already published and available on line for detailscan visit our website.

Theme of the Conference:International conference focused on the frontier issues in the Electrical,

Electronics, Computer, Communication and Information Technology, Mechatronics,Environmental Science & Engineering, Bioengineering and their applications inbusiness, academic, industry and other allied areas. This international conference mainaim to bring together scientists, researchers, engineers from academia and industry. Itwill provide an international forum to exchange and share their knowledge,experiences, technological developments, and researches in current trends.

Topics of Conference: Nano-electronics Devices Microelectronics, Circuit &

Systems Micro Electro Mechanical

System VLSI Design & IC Technology IC Fabrication and Testing CMOS Mixed Signal & RF

VLSI Design VLSI Signal Processing VLSI for Wireless

Communications VLSI for Bioengineering VLSI for Instrumentations &

Controls VLSI for Electronic System

Design & Manufacturing Image Processing Digital Signal Processing Embedded System Real Time Embedded System Robotics, Electric Power System Hybrid Vehicles Renewable Energy Green Energy Cloud Computing Algorithm development and

implantation Computer Networks Computing systems

ICT Applications Computer Architecture Information Security,

knowledge and data mining Software Engineering & Soft

computing Image Sensing and

Processing Parallel, grid and cloud

computing Mobile Communication and

Computing Ad hoc networks, Pervasive

Computing Wireless Sensor Networks,

Body Sensor Network, Sensor Network Applications

in Mines, Antennae and Diversity EMI & EMC Satellite Communications Fibre Optics

Communications and OpticalNetworks

Quantum Dots Photonics & Optical Devices Bioengineering &

Telemedicine RFID & Telemery Systems Envioronemtal Science &

Engineering, Urban Planing



Computer vision Mechatronics Power Electronics

Patron: Dr. T. K. V. Reddy, President IETE New Delhi

Chairman Committee: Dr. A.K.S. Chandele, Immediate Past President IETE New Delhi

Sh. V.B. Pandey, DOT BSNL Term Cell1 & Chairman ISVE Ranchi Sh. Ajay Kumar, AGM(HR) BSNL & Chairman IETE Ranchi Prof. P.S. Neelakanta, C. Engg., Fellow IEE, Florida Atlantic University (FAU)

U.S.A. Prof. J.K. Mondal, Professor, Kalyani University, W.B. Prof. C.K. Sarkar, Chairman IEEE Kolkata Section, W.B

Prof. Vinay Gupta, Professor, Delhi University, Delhi Sh. Sanjay Kumar Jha, Past Chairman IETE Ranchi & Executive Engineer Govt. of

Jharkhand, India

Prof. Subir Sarkar, Professor, Jadavpur University, W.B.

Co-chairman Committee:

Dr. Umesh Yadav, DDU Gorakhpur University. Sh. Rajan Kumar Ram, ARTTC BSNL Ranchi Dr. R.K. Singh Founder Chairman IETE Ranchi

Dr. Anshuman Sarkar, Kalyani Govt. Engg. College, Kalyani ,W.B.

Organizing Secretary: Dr. Anand Kr. Thakur, SSMC RU & Treasurer IETE Ranchi

General Chair: Dr. Vijay Nath, BIT Mesra & Secretary IETE Ranchi

Convener:Dr. Raj Kumar Singh, RLYC RU & Executive Member IETE Ranchi

International Advisory Committee:

Prof. Bernd Michel, Micro Materials Centre (MMC) Berlin, Germany

Prof. Bharath Bhushan, Ohio Eminent Scholar & The Horward D. WinbiglerProfessor, Director NBLL, The Ohio State University, Columbus, Ohio USA



Smt. Smriti Dagur, Former President IETE, New Delhi Dr. A.A. Khan, Former VC, Ranchi University, Ranchi Dr. M.K. Mishra, VC, BIT Mesra, Ranchi Dr. K.K. Thakur, CGM, BSNL Ranchi Dr. Ramgopal Rao, Professor, Director IIT Delhi Dr. P.K. Barhai, Former VC, BIT Mesra, Ranchi Dr. S.Pal, Professor & SD, Satellite Navigation, ISRO Bangalore Dr. M.S. Kori, Chairman IETE, TPC, New Delhi Sh. R.K. Gupta, Former President, IETE, New Delhi Dr. Rajendra Prasad, Professor, IIT Roorkee Dr. Labh Singh, Former CGM, ARTTC, BSNL, Ranchi Sh. R. Mishra, Former CMD, HEC, Ranchi Dr. Yogesh Singh Chauhan, Associate Professor, Nano Lab, Dept. of EE, IIT

Kanpur Dr. S. N. Verma, Former CMD, EDC, Ltd. Jharkhand Sh. S.C. Thakur, Chief Engineer, Rural Electrification Energy Distribution

Corporation Limited Jh. Sh. Ravindra Kr. Rakesh, Editor, Dainik Bhasker, Jharkhand Sh. Gopal Jha, Journalist, New Delhi Dr. Gopal Pathak VC Jharkhand Technical University, Ranchi, Jharkhand Dr. A.N. Mishra, VC, Central University, Jharkhand Dr. R. Pandey, VC, RU, Ranchi Dr. A. Chakrabarty, Professor, IIT Kharagpur Dr. S. Banerjee, Professor, IIT Kharagpur Dr. Nandita Das Gupta, Professor, IIT Chennai Dr. L.K. Singh, Former Professor, Dr. RML AU, Faizabad Dr. B.S. Rai, Professor, MMMUT, Gorakhpur Dr. D. Samathanam, Former Adviser & Head TDT, DST New Delhi Dr. P. Chakrabarty, Professor, IIT BHU Dr. G. A. Murthy, Scientist-G, DRDO Hyderabad Dr. M. Srinivasa, Scientist-G, DRDO Hyderabad Dr. S.C. Bose, Scientist-G, CEERI Pilani Dr. Jamir Akhatar, Sr. Scientist, CEERI Pilani Dr. Arokiaswami ALPHONES, Vice–Chairman, IEEE Singapore Section &

Professor, NTU Singapore Dr. K. Rajasekhar, Dy. Director General, NIC, DEIT, Mo CIT, Govt. of India,

Hyderabad Dr. N.V. Kalyankar, VC, Maharastra Dr. R.P. Panda, Professor, VSSUT, Burla, Odissa Dr. Allen Klinger, Professor, University of California Dr. Hisao Ishibuchi, Professor, Osaka Prefecture University, Japan Dr. T.K. Bhattacharya, Professor, IIT Kharagpur Dr. N. Gupta, Professor, BIT Mesra, Ranchi & Fellow Member IETE New

Delhi



Dr. V.R. Gupta, Professor, BIT Mesra, Ranchi & Fellow Member IETE NewDelhi

Dr. M. Chakrabarty, Professor, IIT Kharagpur Dr. A.S. Dhar, Professor, IIT Kharagpur Dr. D.K. Sharma, Professor, IIT Bombay Dr. Nandita Das Gupta, Professor, IIT Chennai Dr. B. Mishra, Professor, BIT Mesra, Ranchi Dr. Swaroop Gosh, Assistant Professor, University of South Florida Dr. S.P. Maity, Professor, IIEST, Shibpur Dr. S.K. Ghorai, Professor, BIT Mesra, Ranchi & Executive Member IETE

Ranchi Centre Dr. M. Bhuyan, Professor, Tejpur University, Assam Dr. S. Hosimin Thilangar, Professor, Anna University, Chennai Dr. V.N. Mani, Senior Scientist, CMET, Hyderabad Dr. V. Kumar, Professor, ITT-ISM Dhanbad Dr. S.K. Paul, Professor, ISM Dhanbad Dr. J.P. Gupta, Former Pro-VC, DDU Gorakhpur University Dr. H.C. Prasad, Former Professor, DDU Gorakhpur University Dr. S. Bhaumik, Associate Professor, NIT Tripura Dr. P.D. Kashyap, Professor, NIT Arunanchal Pradesh Dr. J. Akhatar, Senior Scientist, CEERI Pilani Dr. S. Ahmad, Former Director, CEERI Pilani Dr. P. Kapoor, Former Director, CSIO, Chandigarh Dr. Uma Maheshwari, Professor, Anna University Dr. Sandip Rakshit, Professor, Kaziranga University, Assam Dr. Abhijit Biswas, Professor, Institute of Radio Physics & Electronics,

Calcutta UniversityDr. Vikash Patel, SAC ISRO Ahmedabad Dr. Parul Patel, SAC ISRO AhmedabadSh. D.K. Singh, Chairman RESPOND, SAC Ahmedabad

National Advisory Committee:

Dr. Gaurav Trivedi, Assistant Professor, IIT Guwhati. Dr. B.K. Kaushik, Associate Professor, IIT Roorkee Dr. K.K. Khatua, Associate Professor, NIT Rourkela Dr. M. Bhaskar, Associate Professor, NIT Tirchi Dr. P. Kumar, Associate Professor, IIT Patna Dr. Soumya Pandit, Assistant Professor, Kolkata University Dr. Soma Berman, Assistant Professor, University of Cacutta Dr. K.B. Raja, Professor, Bangalore College of Engg, Bangalore Dr. R.P. Panda, Professor, VSSUT, Burla, Odisa Dr. P.R.Thakua, Associate Professor, BIT Mesra, Ranchi Dr. S.S. Solanki, Associate Professor, BIT Mesra, Ranchi



Dr. Mahesh Chandra, Associate Professor, BIT Mesra, Ranchi Dr. D.K. Malik, Associate Professor, BIT Mesra, Ranchi Dr. Nutan Lata, Associate Professor, BIT Mesra, Ranchi Dr. K.K. Senapati, Assistant Professor, BIT Mesra, Ranchi Dr. K.K. Patnaik, Associate Professor, IIIT Gwalior Dr. M. Goswami, Associate Professor, IIIT Allahabad Dr. Sukalayam Chakraborty, Assistant Professor, BIT Mesra Ranchi Dr. Lallan Yadav, Associate Professor, DDU University Gorakhpur Dr. S. Chakrabarty, Associate Professor, BIT Mesra, Ranchi Dr. D. Devaraj , Professor, Kalasalingam University, Tamilnadu Dr. J.S. Roy, Professor, KIIT Bhubneshwar Dr. N.K. Kamila, Professor, CV RCE, Bhubneshwar, Odisa Dr. B.K. Ratha, Associate Professor, Utkal University, Odisa Dr. A. Srinivasulu, Professor, Vignan University, Andhra Pradesh Dr. Manish Prateek, Professor, Petroleum University, Dehradun Dr. Vijay Laxmi, Associate Professor, BIT Mesra, Ranchi Dr. V.K. Jha, Associate Professor, BIT Mesra, Ranchi Dr. R.K. Lal, Associate Professor, BIT Mesra, Ranchi Dr. L.B. Singh, Professor, RPSIT Patna Sh. H.S. Gupta, Senior Scientist ISRO, Bangalore Dr. N.S. Rao, Associate Professor, MECS, Hyderabad Dr. Usha Mehta, Professor, Nirma Institute of Tech. Ahmedabad Dr. Nihar, Associate Professor, IIT Gandhi Nagar, Ahmedabad Sh. H.S. Gupta, Sr. Scientist, IC Design SAC, ISRO Ahmedabad Sh. Manish Mehta, Sr. Scientist, IC Design SAC, ISRO Ahmedabad Sh. Vishvanath Vedam, Sr. Scientist, IC Design SAC, ISRO Ahmedabad

Technical Programme Committee:

Dr. Kota Solomon Raju, Scientist-F, CEERI Pilani Dr. Amalin Prince, Associate Professor, BITS Pilani Goa Campus Dr. M. Mishra, Assistant Professor, DDU University Gorakhpur Dr. J. B. Sharma, Associate Professor, Rajasthan Tech. Univ. Kota. Dr. Prabir Saha, Assistant Professor, NIT Meghalaya Dr. S.P. Tiwari, Assistant Professor, IIT JodhpurDr. Santosh Vishvakerma, Associate Professor, IIT Indore Dr. S. N. Shukla, Professor, Dr.RML Avadh University, Faizabad Dr. B.N. Sinha, Associate Professor, SSMC, Ranchi Dr. V. S. Rathore, Assistant Professor, BIT Mesra, Ranchi Dr. Manish Kumar, Associate Professor, MMMUT Gorakhpur Dr. A N. Jadhav, Professor & Principal, Y.M, R.T. Marathwara Univ, Nanded Dr. S. Kumar, Assistant Professor, BIT Mesra Ranchi



Joint Secretary:

Prof. D. Acharya, PIET Rourkela Prof. Rajeev Ranjan, ISM, Dhanbad Prof. Amar Prakash Sinha, BIT Sindri Prof. Jayant Pal, NIT, Agarpara, Kolkata Prof. Adesh Kumar, Energy &Petroleum University, Dehradun Prof. J. Dinesh Reddy, BMS College of Engineering, Bangalore Prof. N. Srinivasa Rao, BMS College of Engineering, Bangalore Prof. P. Kumar, CIT Ranchi Sh. Ramkrishna Kundu, IBM, Bangalore Sh. Dipayan Gosh, GM Aircel, Kolkata Sh. S. Chakrabarty, IBM, Bangalore Prof. Jyoti Kumari, RBS, Bangalore Sh. Rahul Kumar Singh, ST Microelectronics, Noida Sh. Suraj Kumar, NIT Agartala Prof. A. K. Pandey, Usha Martin University Ranchi Prof. Anand Kr. Singh, GNIT, Gaziabad

Treasurer:

Dr. Anand Kr. Thakur, IETE Ranchi

Sh. S.K. Saw, NCCS-2017

Smt. Saroj, ISVE Ranchi

About ARTTC Ranchi:-

This is an Advanced Regional Telecom Training Centre of BSNL. It is 12 Km from RanchiRailway station and 16 Km from Ranchi Airport. Ranchi is surrounded by hills, waterfalls,forests, and the other places of scenic beauty. Ranchi has a pleasant weather throughout the year.It is well connected by road, rail and air routes with all the major cities of India. The nearestairport and the railway station are in Ranchi. It has regular flight connectivity with New Delhi,Kolkata, Mumbai and Patna.

Registration:

1. Registration fee includes conference kit, breakfast, lunch, dinner and accommodationcharges for two days.

2. Please download the Registration Form from the mail-attachment/website andsend scan copy of filled Registration Form with NEFT receipt through e-mail forearly registration. A/C Name: INDIAN SOCIETY FOR VLSI EDUCATION, A/CNumber: 01670110061831, IFSC Code: UCBA0000167, Bank: UCO Bank,Branch: Mesra Ranchi, Address: BIT Main Building Mesra, Dist: Ranchi,

State: Jharkhand, Account Type: SB, Contact No: 0651-2275829 0651-2275829.



or

A/C Name: I.E.T.E. Ranchi Centre, A/C Number: 31048137361, IFSC Code: SBIN0006951,Bank: State Bank of India, Branch: Harmu Housing Colony (Ranchi), AccountType: SB, PO: Harmu, Dist: Ranchi, State: Jharkhand.

Categoriesof Delegates

Before20th Oct.

2017Indian Rs

After20th Oct.

2017Indian Rs

OverseasUSS

Academia 10000/- 11100/- 1000Students 8000/- 9000/- 900CorporateMember

12000/- 13000/- 1200

Note: Accepted papers registration dates have been extended up to 25th Oct.2017 without late fees.

3. 10% discount who will not be avail the accommodation & kit facility/ member ofIETE/ISVE. Please inform before the conference & send your membership proofwith your form details.

4. For any other participant/spouse other than corresponding author required topay@3000/- for two days for all conference facility such as accommodation, foodetc.

Please download registration form here: REGISTRATION FORM

Please download copyright form here: COPYRIGHT FORM

Please download the program schedule here:PROGRAM SCHEDULE

Please download the SOUVNIER NCCS-2017

Important Dates:Conference Schedule Previous Date Extended DatePaper Submission Open 18th May 2017 18th May 2017Paper Submission Deadline 15th July 2017 20th Sept.2017Author Notification 15th Aug. 2017 30th Sept.2017Last Date for Registration 15th Sept. 2017 20th Oct.2017Camera Ready Paper 30th Sept. 2017 30th Oct.2017Date of Conference 11-12th Nov. 2017 11-12thNov. 2017



Accommodation:

Accommodations will be providing in BSNL Guest House, near Jumar River, HazaribagRoad, Ranchi and in some other Hotels in Ranchi for two days. Accommodation details willbe communicated to the participants after his/her acceptance of papers and papersregistration.

Sponsorship Opportunities:

We welcome sponsorship from companies and organizations who wish to show case their products andservices and have the opportunity of networking with academics and practioners in the field. With atruly global audience the conference provides an excellent opportunity for you to showyour support for ongoing research and academic excellence by being involved with suchimportant event. Academic institutions may choose to use sponsorship as a vehicle topromote their Masters and Ph.D. programmes. We also welcome sponsorship of specificactivities in the conference programme. We believe that sponsoring a conference provides asuperb vehicle to showcase your commitment to academic excellence and pursuit ofknowledge. Your company will benefit from interaction with a highly focused, motivated,engaged and respective audience in a relaxed environment.

Sponsorship Type andFacility

DiamondRs.

1,00000/-

PlatinumRs.

70000/-

GoldRs.50000/-

SilverRs.

20000/-Acknowledge at all events Yes Yes Yes

Complementary booth space Yes Yes YesList of sponsored displayed

on conference webpageYes Yes Yes Yes

Demo slot/Advertisement 20 Min 15 Min 10 Min 5Min

Logo in proceeding anddistributed to all authors

Yes Yes Yes Yes

Memento & Standee Logo Yes Yes Yes YesBanner displayed during

conference12’x5’ 8’x5’ 6’x4’ 3’x2

’Complementary conference

Registrations with Kit6 4 3 3

Organizing SecretaryDr. Anand K. Thakur3rd International Conference on Nanoelectronics, Circuits & Communication Systems(NCCS-2017)ARTTC, BSNL, Near Jumar River Bridge,Hazaribag Road, Ranchi-835217, Jharkhand, IndiaHonorary Treasuer IETE New Delhi Ranchi CentreTele No. 0651-2273260, 8877101225,E-mail: [email protected], [email protected], [email protected]



Convener:Dr.Raj Kumar Singh3rd International Conference on Nanoelectronics, Circuits & Communication Systems(NCCS-2017)ARTTC, BSNL, Near Jumar River Bridge,Hazaribag Road, Ranchi-835217, Jharkhand, IndiaExecutive Member IETE New Delhi Ranchi CentreTele No. 0651-2273260, 9431359955

E-mail: [email protected], [email protected], [email protected]

General Chair_NCCS-2017Dr. Vijay NathVLSI Design GroupDepartment of Electronics & Communication EngineeringBirla Institute of Technology Mesra, Ranchi-835215, Jharkhand, India.Honorary Secretary IETE New Delhi Ranchi Centre

Mob.9973886214, Tele No.0651-2275242 ,E-mail:[email protected], [email protected]



Registration Form3rd International Conference on

Nanoelectronics, Circuits & CommunicationSystems

Advanced Regional Telecom Training CenterBSNL, Near Jumar River Bridge, Hazaribag Road, Ranchi-835217, Jharkhand, India

Tel: 0651-2273260(BO), Mob. 9973886214(GC), 8877101225(OS), 9431259955(CO)Web:www.ieteranchi.in / www.isve.in, E-mail: [email protected],

[email protected]

Organizer: INSTITUTION OF ELECTRONICS & TELECOMMUNICATIONENGINEERS & INDIAN SOCIETY FOR VLSI EDUCATION

1. Name of Participant :_______________________________________________________________________2. Categories (UG/PG/Faculty/Industry) :__________________________________________________________

3. Contact No. :______________________ E-mail ID:__________________________________________

4. Organization :__________________________________________________________________________

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5. Address for Communication:________________________________________________________________

_________________________________________________________________________

_________________________________________________________________________

6. Paper ID:________________________________________________________________________________

7. Paper Title:______________________________________________________________________________

_____________________________________________________________________

8. Name of Authors:_________________________________________________________________________

_______________________________________________________________________

9. Payment:

RTGS / NEFT

Transaction No.

Name of Account Date Amounts Drawee

Bank

Signature of Participant with date: _________________

BO: BSNL Office, GC: General Chair, OS: Organizing Secretary, CO: Convener



S.N.

Paper ID CorrespondingAuthors

Paper Title P.N.

1 NCCS17005 M. Selvi Classification of Medical Dataset Alongwith Topic Modelling Using LDA

50

2 NCCS17007 Manish MohanBaral

Cloud based intelligent system forSupply Chain management: A FutureRoadmap for SCM technologies

51

3 NCCS17008 Shipra Effect of processing combined MFCCand DSCC features with QCN for HindiVowel Classification in NoisyEnvironments

52

4 NCCS17009 Sanjiv KumarSrivastava

The Impact of Knowledge Managementand Data Mining on CRM in the ServiceIndustry

53

5 NCCS17012 Nancy NoellaR S

Efficient Computer Aided Diagnosis ofAlzheimer’s disease and Parkinson’sdisease

54

6 NCCS17013 Sweta Kumari Cuckoo Search Based Hybrid Models forImproving the Accuracy of SoftwareEffort Estimation

55

7 NCCS17014 MohammedImran M M

Automated Solution for FixingReliability Verification Violations

56

8 NCCS17015 Brij MohanPrasad

Design and Analysis of Dedicated PowerConverter for Hybrid Electric Vehicles

57

9 NCCS17016 Keshav Sinha An Underground Mine Safety ofPersonnel’s Using IoT

58

10 NCCS17018 Ravi Prakash Implementation of TrapdoorFunctionality toTwo-Layer Encryption& Decryption byusing RSA-AES CryptographyAlgorithms

59

11 NCCS17020 B. Siva KumarReddy

Experimental Validation of SpectrumSensing Techniques using SoftwareDefined Radio

60



12 NCCS17022 Shaik Qadeer Smart Switch for Power Saving 61

13 NCCS17023 DebdattaKandar

SDN Based Programmable RSUSelection Method in HeterogeneousNetworks

62

14 NCCS17024 K. Damayanti Design and Implementation of an EnergyEfficient, Low-Cost Robotic SolarTracker

63

15 NCCS17028 ArindamBanerjee1

Fast Squaring Technique for RadixVicinity Numbers for Radix 2n±m withreduced Computational Complexity

64

16 NCCS17029 Annu Priya A Survey on Multiprocessor Schedulingusing Evolutionary Technique

65

17 NCCS17031 Tapsi Gupta Han-carlson Adder based High-speedVedic Multiplier for Complex

66

18 NCCS17032 MinalPadlia Fractional Sobel Filter Based BrainTumor Detection and SegmentationUsing Statistical Features and SVM

67

19 NCCS17034 Vijay KumarVerma

A Series Expansion Method AidedDesign of CCII Controller for a TITOSystem

68

20 NCCS17035 Anupamkumar

Cladding mode analysis of photoniccrystal fiber using scalar effective indexmodel

69

21 NCCS17036 M.J.Abinash A Hybrid Forward Selection basedLASSO Technique for Liver CancerClassification

70

22 NCCS17038 Smita Pallavi Feature Subset Selection using IULDAmodel for prediction

71

23 NCCS17040 Md Sajid Effect of RC Surge Suppressor inReduction of over Voltages at MotorTerminal Caused by PWM based Inverter

72

24 NCCS17043 Nalini Singh Usage of Deep Learning in Epileptic 73



Seizure Detection through EEG Signal

25 NCCS17044 AnnapurnaMishra

An Experimental Study of Filter BankApproach and Biogeography BasedOptimized ANN in FingerprintClassification

74

26 NCCS17045 SandeepDabhade

Performance and Capacity Testing ofMedium and Large Managed plane andcontrol plane Optical Networks

75

27 NCCS17046 Prabhat KumarRanjan

Analysis of Single Stage Three PhaseDC-AC Boost Inverter for DistributedGeneration System

76

28 NCCS17047 AvanishKumar

Close Loop Speed Controller forBrushless DC Motor for Hybrid ElectricVehicles

77

29 NCCS17048 Ankita A Survey on Grid Schedulers 78

30 NCCS17049 M. K. Mandal Chaos based Colour Image Encryptionusing microcontroller ATMEGA 32

79

31 NCCS17050 RahulPriyadarshi

An Enhanced GEAR Protocol forWireless Sensor Networks

80

32 NCCS17051 RahulPriyadarshi

An Energy Efficient LEACH RoutingProtocol for Wireless Sensor Networks

81

33 NCCS17054 Kavitha. C A novel equivalent circuit approach formodal analysis of MEMS cantileverbeam

82

34 NCCS17055 KaruppasamyM.

Energy Efficient Data Delivery in GreenCloud Networks

83

35 NCCS17056 Shalini Mahato Electroencephalogram (EEG) signalanalysis for diagnosis of MajorDepressive Disorder (MDD) : a review

84

36 NCCS17057 K. MuraliKrishna

Numerical simulation of hightemperature VCSEL operation and itsimpact on digital optical link

86



performance

37 NCCS17060 Pankaj Goel VLSI Implementations of Retimed HighSpeed Adaptive Filter Structures forSpeech Enhancement

87

38 NCCS17061 Hari shankerGupta

CFCS Calibration Circuit Design forMulti-bit Pipelined ADC Architectures

88

39 NCCS17062 JatindeepSingh

Smart Activity Sequence Generator inWearable IoT

89

40 NCCS17064 ShamamaAnwar

Hand Gesture Recognition: A Survey 90

41 NCCS17065 Qaiser Razi Study & Design of Smart EmbeddedSystem for Agricultural Update UsingInternet of Things

91

42 NCCS17066

Sabiha Fatma

Study & Design Of Smart EmbeddedSystem For Train Track MonitoringUsing Iots

92

43 NCCS17067

AbhunavKumar

Study & Design Of Smart EmbeddedSystem For Smart City Using Internet OfThings

93

44 NCCS17068

Satvika Anand

Study And Design Of Smart EmbeddedSystem For Remote Health MonitoringUsing Internet Of Things

94

45 NCCS17069 ChandanKumar

Design Of Smart Embedded System ForAuto Toll Billing System Using Iots

95

46 NCCS17071 Pratik Mondal Multi-Mode Resonator Based Wideband10db Directional Coupler

96

47 NCCS17072 AshwaniSharma

Performance Comparison of DCF andFBG as Dispersion Compensationtechniques at 100Gbps over 120Kmusing SMF

97

48 NCCS17073 Neha Nidhi Different Aspects of Smart Grid:An overview

98



49 NCCS17074 SumitSrivastava

Robust Voiceprint based AudioWatermarking using Wavelet Transform

99

50 NCCS17075 Neha Nidhi A High Performance EnergyEfficient 75.17dB Two StageOperational Amplifier

100

51 NCCS17076 MukeshPatidar

Novel Crossover Hybrid Adder-Subtractor (HAS) design usingConservative Quantum Dot CellularAutomata (CQCA)

101

52 NCCS17077 Utkarsh Raj Automated Toll Plaza Using Barcode-Laser Scanning Technology

102

53 NCCS17078 Trisha Ghosh Mimo Wideband Antenna Technique InDgs For Enhanced WirelessCommunication

103

54 NCCS17079 Jyoti Designing of FIR Filter using FPGA: AReview

104

55 NCCS17080 S.Muthumanickam

Performance Analysis of 2 Level DWT-SVD Based Non Blind and Blind VideoWatermarking Using Range ConversionMethod

105

56 NCCS17081 ShantanuChaudhary

Design Of All Terrain Rover QuadcopterFor Military Engineering Services

106

57 NCCS17082 Swati Jaiswal Modeling of E-content Downloader forMOOCs User

107

58 NCCS17083 ShaligramPrajapat

Modelling of Web Application for CareerSelfie

108

59 NCCS17084 Akshay Verma Automated Story Generator : Modelingof Tool for Mining Insights throughBudget Indicators

109



Invitation Letter cum Program Details3rd International Conference on

Nanoelectronics Circuits & Communication Systems(NCCS-2017)

S.N. Program Details: First Day:11-11-20171. Members on Dias NCCS-2017, ARTTC BSNL H.B. Road Ranchi-835215 (JH)

India1. Dr. G. Pathak, Vice-Chancellor, Jharkhand Technical University Ranchi: Chief Guest2. Prof. K.T.V. Reddy, President IETE New Delhi3. Prof. R. K. Pandey, Vice-Chancellor, Ranchi University Ranchi: Guest of Honor4. Prof. A.A. Khan, Former Vice-Chancellor, Ranchi University Ranchi & Former

Chairman IETE Ranchi Centre : Guest of Honor5. Dr. K.K. Thakur, CGMT, ARTTC BSNL Ranchi : Guest of Honor6. Dr. R.K. Singh, Former Professor, Ranchi University Ranchi & Former Chairman IETE

Ranchi Centre: Guest of Honor7. Sh. Sanjay Jha, Executive Chief Engineer Govt. of Jharkhand & Past Chairman IETE

Ranchi Centre: Guest of Honor8. Sh. Ajay Kumar, AGM(Admin) ARTTC BSNL Ranchi & Chairman IETE Ranchi Centre9. Sh. Prasad Vijay Bhushan Pandey, DOT Term Cell1, ARTTC BSNL Ranchi & Chairman

ISVE Ranchi10. Dr. S. Jit, Professor, Indian Institute of Technology(BHU): Keynote Speaker11. Dr. Vijay Nath (BIT Mesra Ranchi), Secretary IETE Ranchi Centre & General Chair of

NCCS-201712. Dr. Anand Kumar Thakur(SSMC RU), Treasurer IETE Ranchi Centre & Organizing

Secretary NCCS-201713. Dr. Raj Kumar Singh(RLSYC RU) , Executive Member IETE Ranchi & Convener NCCS-

201714. Dr. P.R. Thakura (BIT Mesra Ranchi) Executive Member IETE Ranchi: Guest of Honor

2. Inaugural SessionTime Activity8:00am to 9:30am Breakfast at BSNL Guest House9:30am to 10:30am Registration at Conference Hall10:30am to12:30pm

Inaugural Session & High Tea

12:30pm to 1:15pm Keynote lecture: Dr.S.Jit, Professor & Head IIT BHU

3. Lunch1:15pm to 2:00pm At BSNL Guest House

4. Technical Session1 Microelectronics & Signal Processing2:00pm to 4:30pm Chairman: Dr. S. Jit, Professor & Head IIT BHU

Co-Chairman: Dr. S.S. SolankiSession Chair Persons:Dr. Om Prakash, Dr. S. Pushkar, Dr. Vijay Nath, Dr. Anand Kr.

Thakur, Dr. Anil Kumar, Dr. I. Mukherjee



Physical Presentation ID:NCCS17014, NCCS17060, NCCS17057,NCCS17036, NCCS17015, NCCS17044NCCS17043, NCCS17055, NCCS17048,

Skype Presentation ID:NCCS17007, NCCS17008, NCCS17005,NCCS17031,

5. Invited Lecture Area: Advancement in VLSI Circuits4:30pm to 5:00pm Speaker : Dr. M. Goswami, IIIT Allahabad

6. Technical Session2 VLSI Design & Communication System5:00pm to 8:00pm Chairman: Dr. Mahesh Chandra

Co-Chairman: Dr. V.K. JhaSession Chair Persons:Dr. S.K.Sahana, Dr.Shylashree N, Dr. Raj Kumar Singh, Dr.M.K. Mukul, Dr. Sushil Shukla, Dr. Anand Kumar Thakur, Dr.A.K. Tiwary

Physical Presentation IDNCCS17020, NCCS17061, NCCS17062,NCCS17034, NCCS17013, NCCS17018,NCCS17024, NCCS17029, NCCS17035,NCCS17009, NCCS17049

Skype Presentation ID:NCCS17054, NCCS17032

7. Dinner8:00pm to 9:00pm At BSNL Guest HouseProgram Details: Second Day:12-11-2017

8. Breakfast8:00am to 9:00am At BSNL Guest House

9. Technical Session3 Embedded System & Signal Processing9:30am to 12:00pm Chairman: Dr. P.R. Thakura

Co-Chairman: Dr. Rajnish Kumar/ Dr. V.K. Jha

Session Chair Persons:Dr. K. Bose, Dr. Sanat Mukherjee, Dr. Dr. Rishi Sharma, Dr.Sanchita Pal , Dr. Amritanjali, Dr. Raj Kumar Singh, Dr. VijayNath , Dr. R.K. Lal

Physical Presentation ID:NCCS17012, NCCS17056, NCCS17016,NCCS17045, NCCS17047, NCCS17072,



NCCS17046, NCCS17073, NCCS17028,NCCS17038, NCCS17040, NCCS17050,NCCS17051,NCCS17064, NCCS17065,

Skype Presentation ID:NCCS17022, NCCS17023, NCCS17050,NCCS17051, NCCS17076

10. Invited Lecture Advance VLSI Design12:00pm to 1:00pm Sh. H.S. Gupta Sr. Scientist SAC Ahmedabad

11. Lunch1:00pm to 2:00pm At BSNL Guest House

12. Technical Session4 Grid Energy & Robotics2:00pm to 4:00pm Chairman: Dr. A.K. Chaudhary/ Dr. P.R. Thakura

Co-Chairman: Dr. K.K. Senapati

Session Chair Persons:Dr. Amritanjali, Dr. Vijay Nath, Dr. Raj Kumar Singh, Dr.Anand Kumar Thakur, Dr. Kumari Mamta Singh, Dr. A. Kumar,Dr. V.K. Jha, Dr. S.S. Tripathy, Dr. P.Pal

Physical Presentation IDNCCS17066, NCCS17067, NCCS17068,NCCS17069, NCCS17074, NCCS17075,NCCS17077, NCCS17078, NCCS17079,NCCS17080, NCCS17081, NCCS17082,NCCS17083, NCCS17084, NCCS17085,

Skype Presentation ID:Nil

13. ValedictorySession4:00pm to 5:00pm Valedictory & High Tea





MESSAGE

I am very glad to know that IETE & ISVE Ranchi is organizing two days International

Conference on Nanoelectronics Circuits & Communication Systems (NCCS-2017) on 11-

12th Nov 2017 at ARTTC BSNL Hazaribag Road Ranchi-835217 Jharkhand, India.

Here researcher will know how to write paper, how to present paper and how to publish paper in

high impact SCI/ Scopus journals and proceedings that will be cited worldwide.

I would like to sincerely thank organizer for such technical events in Jharkhand, all participating

Professors/Scientists for their valuable and highly appreciated experience and presentation that

will leave an important legacy in the fields of nanoelectronics.

Dr. S Jit

(Prof. & Head ECE)

IIT BHU



MESSAGE

I am happy to know that IETE and ISVE Ranchi chapter is organizing two days

International Conference on Nanoelectronics, Circuits and Communication Systems (NCCS-

2017) on 11 -12th Nov. 2017 at ARTTC, Ranchi. Filling more privileged that it is happening at

ARTTC BSNL Ranchi. I appreciate this initiative and I also believed that the outcomes of this

conference would be very useful for the science fraternity.

Technology is continually playing vital role to improve the capability of electronic products.

Nano technology is going to play vital role in make in India dream project. Technologies are also

made the devices very light & making the product easy to carry. Parallel processing is also

empowered by Nanoelectronics. Nano technology is going to serve the humanity and

environment in positive manner in days to come.

I convey my best wishes for success of the conference and hope the deliberations in the

conference will provide researchers, scientist and engineers the ability to excel in their work. I

also convey my best wishes to the organizers and all delegates coming from different corners of

the country







MESSAGE

It gives me great pleasure to know that Indian Society for VLSI Education & IETE

Ranchi centre is organizing a two days International Conference on Nanoelectronics Circuits &

Communication Systems (NCCS-2017) on 11-12th Nov 2017.

Nanoelectronics technology has dramatically improved the capabilities of computers and

communication systems providing exceptionally powerful and inexpensive tools to manipulate

electronics signals. It has become the cornerstone of information technologies and pollution

control in offices, factories and home. Therefore each of these areas is critically dependent on

Nanoelectronics technology.

The dramatic growth of technology has prompted observers to describe it as a

Nanoelectronics revolution. Continuing to shrink the dimensions of electronics devices is

important in order to further increase processor speed, reduce device switching energy and

reduce manufacturing cost etc. Approaches based on Nano scale science, engineering and

technology are expected to bring about a drastic change in the very nature of computing and

communications.

I convey my wishes for the success of the conference and am sure that it will bring

together the brightest engineers and scientist from all over the world therefore collaboration and

exchange of ideas.

(Lt Gen (Dr) AKS Chandele, PVSM, AVSM (Retd)Immediate Past President, IETE New Delhi



MESSAGE

It gives me great pleasure to know that Indian Society for VLSI Education (ISVE) and

IETE, Ranchi is organizing two days International Conference on Nanoelectronics, Circuits &

Communication Systems (NCCS-2017) on 11 -12th Nov 2017.

Technology has continuously improved the capabilities of computers and communication

systems, while also fuelling the growth of completely new applications such as personal

computers. Growing extremely fast and providing exceptionally powerful and inexpensive tools

to manipulate electronic signals, microelectronics has become the cornerstone of information

technologies. These computer and communications technologies are the basis for changes such

as automation, energy conservation, and pollution control in offices, factories, automobiles, and

homes; supercomputers for applications from weather prediction to computational research; new

capabilities in financial services; advanced telephone and television systems; and complex

weapons systems for national defence. Therefore, each of these areas is critically dependent on

nano-electronics technology.

The dramatic growth of technology has prompted observers to describe it as a nano-

electronics revolution. Continuing to shrink the dimensions of electronic devices is important in

order to further increase processor speed, reduce device switching energy, increase system

functionality, and reduce manufacturing cost per bit.

I convey my best wishes for the success of the Conference and I am sure that it will bring

together the brightest engineers and scientists from all over the world, through collaboration and

exchange of ideas for future work.

( Smriti Dagur )Former President, IETE New Delhi



MESSAGE
























MESSAGE
























MESSAGE

I am glad that Indian Society for VLSI Education & IETE Ranchi Centre are jointly

organizing two days International Conference on Nanoelectronics, Circuits and Communication

Systems (NCCS-2017) on 11-12 Nov. 2017.

Increased demand for seamless connectivity with intelligent ambient systems and

unrestricted mobility requires faster data transfer rates which leads to requirement of more memory

and computing capabilities in communication devices while ensuring small form factor and lower

power consumption.

During the last two decades significant progress has been made in engineering new

materials on the nanometer length scale and many of these nano-structured materials have shown

tremendous promises as building blocks for scalable, miniature and energy efficient electronics,

photonics, magnetic and electromechanical systems to transform communication technology in the

future. The real challenge in nanosensors now is to create the integrated Nanoelectronics and

microelectronics circuits in the form of a universal platform that will allow speedy deployment as

needs emerge for rapid transmission and processing of colossal amount of data.

I convey my sincere wishes for the success of the conference and believe that it will be

able to meet the objective of bringing together the brightest minds in the country and from across

the globe for stimulating interaction.

(Maj Gen P K Jaggia, VSM (Retd))Secretary General



MESSAGE

I come to know that the Institution of Electronincs & Telecommunication Engineers(IETE) and Indian Society for VLSI Education(ISVE) Ranchi are organizing two days 3rd

International Conference on Nanoelectronics, Circuits and Communication Systems(NCCS-2017) on 11-12th Nov.2017 at ARTTC BSNL near Jumar River H. B. Road Ranchi. I appreciatethis initiative and believe that outcome of this conference would be useful for the technologyfraternity.

Nano technology is a rapidly growing branch of modern science & technology field.Which is going to serve the humanity and enviroment in very frontier manner. I being a Botanist,I know that the living world is constituted by Nano-biomolecules like DNA, RNA, Protiens,Amino acids, Sugars, liquids etc.

While at this stage it may be difficult to predict the eventual timeline of deployment, applicationsof new materials, devices and circuits in communication technology and understanding theirenvironment impact are likely to keep the scientific community occupied in the near future.

I coney my good wishes to the organizers and all delegates coming from different corners ofIndia and abroad.



Message

I pleased to know that IETE & ISVE Ranchi is organizing two days International Conferenceon Nanoelectronics Circuits & Communication Systems (NCCS-2017) on 11-12th Nov 2017at ARTTC BSNL Hazaribag Road Ranchi-835217 Jharkhand, India. This conference willprovide the common forum for discussion industry as well as academia.Here researcher will know how to write paper, how to present paper and how to publish paper inhigh impact SCI/ Scopus journals and proceedings that will be cited worldwide.I congratulate to organizer for such technical events in Jharkhand where across the countrystudents, professors, engineers, and technocrats are assembled together and prepare plan ofexecution new techniques and ideas for coming days.I wish grand success this conference NCCS-2017.

Dr. Gopal PathakVice-Chancellor

Technical University of Jharkhand, Ranchi



Professor Anwar A. KhanPh.D., FIETE (India), SMIEEE (USA)Former Professor of Physics(Electronics) &Former Vice ChancellorRanchi University

Hera Apartment, Flat # 2A,Behind Capitol Hill,

Main Road, Ranchi‐834001, IndiaEmail: [email protected]

Email: [email protected]: +91 651 2330674

Mob: +91 9431108830

Message

I am happy to learn that ISVE & IETE Ranchi is going to organise 3rd International Conference

on “Nanoelectronics Circuits & Communication Systems (NCCS‐2017)” during Nov 11‐12,

2017 at ARTTC, BSNL, Ranchi. The theme selected for the conference is of great global

concern as the innovative researchers in different areas of Microelectronics play a pivotal role in

improving the quality of human life on this planet. I believe that in India, a new evolutionary

vision is taking shape and that young innovators may now be our most precious resource. I trust

that the Conference will resonate with the theme of Cultural digital evolution and the

transformational dynamics of the people of India. Finally, I would like to take this opportunity to

sincerely thank all participating Professors/Scientists for their valuable and highly appreciated

experience and presentation that will leave an important legacy in the fields of Microelectronics

& nanoelectronics.

Wishing you all a very fruitful and rewarding Conference

Anwar A. Khan



MESSAGE

I am delighted to see that our IETE Ranchi centre and ISVE is organizing an

international conference on Nanoelectronics, Circuits & Communication Systems (NCCS-

2017). In recent years science and Technology which are hand in glove, are advancing at a very

past pace. In the modern world only those notations which can keep abreast of science and

Technology can progress.

I sincerely hope this conference provides the apt platform for exchange of knowledge and

for identifying newer emerging research facilities.

Here , I acknowledge the hard work put in by my Ranchi chapter team members. Best

wishes and heartiest gratitude to on and all , wish you an enjoyable and fruitful experience

during the conference.

(Dr. R K Singh)Founder Chairman, IETE Ranchi Chapter



University of Calcutta

UNIVERSITY COLLEGE OF TECHNOLOGYINSTITUTE OF RADIOPHYSICS AND ELECTRONICS

Telephone: (+91) (33) 2350-9115/9116/9413Telegram: INRAPHELFax: (+91) (33) 2351-5828E-mail : [email protected]

SISIR MITRA BHAVAN92, Acharya Prafulla Chandra Road

Kolkata – 700009, INDIA

MessageI am very glad to note that Indian Society for VLSI Education, Ranchi is organizing two

days International Conference on Nanoelectronics, Circuits & Communication Systems (NCCS-

2017) on Nov.11-12, 2017 at Advanced Regional Telecom Centre, BSNL Hazaribag Road

Ranchi-835217. Research, development and innovations in the broad areas of Microelectronics,

Computing & Communication Systems have revamped new heights during the last few decades.

Remarkable advancements in these areas with the cutting-edge technologies have entered every

phase of our societal, professional and personal life.

I sincerely hope, with multitude of exciting research area coverage, NCCS-2017 would

be able to provide an appropriate platform for experts, academic and industrial people, and

researchers to share and exchange their knowledge.

Abhijit BiswasDepartment of Radio Physics and Electronics

University of Calcutta



Kalyani-741235, NadiaWest Bengal, IndiaPhone: (033) 25809617 (O)Mobile: +91- 9434352214e-mail: [email protected]

Univers i ty o f Kalyan iFACULTY OF ENGINEERING, TECHNOLOGY & MANAGEMENT

Prof. J. K. MandalDEPT. OF CSE, FACULTY OF ENGINEERING,TECHNOLOGY & MANAGEMENTUNIVERSITY OF KALYANI

MESSAGE

I am glad to learn that IETE & ISVE Ranchi Centre is organizing two days Third

International Conference on Nanoelectronics, Circuits & Communications Systems (NCCS

2017) on 11-12th Nov.2017 at ARTTC, BSNL, near Jumar River, Hazaribag Road, Ranchi

In my opinion this is a very good platform to share the current trend of technology among

researchers, scholars and industry people.

My best wishes for NCCS 2017.

Prof.(DR.) J. K. MandalProfessor & Former Dean, FETM

Kalyani University



INDIAN INSTITUTE OF TECHNOLOGYJODHPUR

Old Residency Road, Ratanada, Jodhpur - 342011, Rajasthan, India

Shree Prakash Tiwari, Ph.D., Senior Member, IEEEAssistant Professor, Electrical Engineering

Message

Dear Organizers, Participants, and Other Stakeholders of NCCS-2017,

It is great to know that IETE & ISVE Ranchi Centre is organizing International

Conference on Nanoelectronics, Circuits & Communication Systems (NCCS-2017) during Nov.

11-12, 2017. Ranchi itself has been a hub for learning and education, and home for many

Institutes and Institutions of great repute for last many decades. This event being organized in

Ranchi consecutively on second time is a wonderful step. The broad theme of the conference in

various areas of Electrical Engineering, Electronics & Communication Engineering, and

Computer Science & Engineering will certainly provide an excellent platform for the researchers

to showcase their work through oral and poster sessions and listen to their peers from academia

and industry working in similar areas. This international conference will also bring together the

various stake holders of academia and industry, and offer an opportunity to all to collaborate and

network.

I heartily congratulate the Conference Organizers for organizing NCCS-2017, and wish

all the best to all the Members and Volunteers for making this conference a successful and

fruitful event.

Best wishes

Shree Prakash Tiwari



MESSAGE

It is indeed a great occasion for everyone who is part of second International Conference onNanoelectronics, Circuits and Communication Systems(NCCS-2017) the great scientificevent organized by IETE & ISVE Ranchi on 11-12th Nov. 2017 at ARTTC BSNL near JumarRiver H.B. Road Ranchi.

The theme of Nanoelectronics, Circuits and Communication Systems chosen for conferenceis very apt. in order to expedite the process of develoment and take our nation towards newheight to excellence. It is essential that we take to a process of massive applications ofNanoelectronics.



INDIAN INSTITUTE OF TECHNOLOGY ROORKEERoorkee - Haridwar Highway, Roorkee, Uttarakhand 247667

MESSAGE

I come to know that Indian Society for VLSI Education, Ranchi and Institution of

Electronics & Telecommunication Engineers (IETE) Ranchi is organizing two days 3rd

International Conference on Nanoelectronics, Circuits and Communication Systems (NCCS -

2017) on 11-12th Nov.2017 at ARTTC, Ranchi. I appreciate the theme of this event and

participation of the delegates. I think that outcomes of this conference will add in the

development of our country in the area of applied Govt of India Scheme like, ESDM, Cashless

India, Digital India, Skill India etc. This is also helpful to worldwide researcher in core area of

VLSI, Communication, signal processing, embedded system & robotics.

I congratulate to all committee members for their excellent efforts for giving a height of

international standard. I wish grand success this conference.

Dr. B.K. KaushikDept. Of ECEIIT Roorkee (UK)



NATIONAL INSTITUTE OF TECHNOLOGY TIRCHYTanjore Main Road, National Highway 67, Near BHEL Trichy, Tiruchirappalli,

Tamil Nadu 620015

MESSAGE

Dear Participants, Organizers and Other Stakeholders of NCCS-2017, It is great to know that

IETE & ISVE Ranchi Centre is organizing International Conference on Nanoelectronics, Circuits

& Communication Systems (NCCS-2017) during Nov11-12, 2017. As you know that Ranchi

itself has been a hub for learning and education, and home for many Institutes and Institutions of

great repute for last many decades such as BIT Mesra, NIFT, Ranchi University, IIM Ranchi,

ARTTC BSNL and industries like HEC, Mecon etc. This event being organized in Ranchi

consecutively on second time is a wonderful step. This is very good forum that provide the

excellent facility to young researchers.

I congratulate all committee members for his/ her excellent efforts and I wish grand success the

conference NCCS-2017.

Dr. M. BhaskarDept. of ECENIT Tirchy



VFSTR UNIVERSITY (VIGNAN’S UNIVERSITY)Vadlamudi, Guntur, Andhra Pradesh 522213

MESSAGE

It is my pleasure that Indian Society for VLSI Education (ISVE) Ranchi & Institution ofElectronics & Telecommunication Engineers (IETE) Ranchi is organizing two days 3rd

International Conference on Nanoelectronics, Circuits & Communication Systems (NCCS-2017) with some other National & International Societies on 11-12th Nov 2017 at ARTTC,BSNL near Jumar River Bridge, Hazaribag Road, Ranchi.

I congratulate the organizing team members, participant and industry persons who are directly orindirectly associated with it. I wish grand success this conference NCCS-2017.

Dr. A. SrinivasuluDept. Of ECE,VFSTR University



MESSAGE

I come to know that Indian Society for VLSI Education, Ranchi and Institution of

Electronics & Telecommunication Engineers (IETE) Ranchi is organizing two days 3rd

International Conference on Nanoelectronics, Circuits and Communication Systems (NCCS-

2017) on 11-12th Nov 2017 at ARTTC, Ranchi. I appreciate the theme of this event and

participation of the delegates. I think that outcomes of this conference will add in the

development of our country.

I congratulate the members of organizing committee for their effort in the organization of

the event and wish a great success of the conference.

Sh. Sanjay Kumar JhaExecutive Engineer, Govt. of Jharkhand

Past Chairman, IETE, Ranchi Centre.



Pandey Vijay Bhushan PrasadI.T.S.

D.G.M. (Term Cell1) DOT,BSNL, Ranchi.

BHARAT SANCHAR NIGAMLIMITED

(A Government of India Enterprise)

Office of the Deputy General Manager (Mtce)

Eastern Telecom Region

4th Floor, ARTTC BSNL Ranchi-835 217

MESSAGE

It is my pleasure that Indian Society for VLSI Education (ISVE) Ranchi & Institution

of Electronics & Telecommunication Engineers (IETE) Ranchi is organizing two days 3rd

International Conference on Nanoelectronics, Circuits & Communication Systems (NCCS-

2017) with some other National & International Societies on 11-12th Nov 2017 at ARTTC,

BSNL near Jumar River Bridge, Hazaribag Road, Ranchi. It is my pleasure to welcome all of

you who participate in the journey of Advances in Nanoelectronics, Circuits & Communication

Systems and their technologies have led to many challenging problems that require new

performance evaluation tools and methods to keep up with their rapid evolution and increasing

complexity. This Conference is intended to provide an international forum for scientists,

engineers, practitioners, network and communication users and students from Academia and

Industry to share and exchange their experiences, discuss challenges, present original ideas, and

report state-of-the-art and in-progress research results on all aspects of performance evaluation of



Nanoelectronics, Circuits & Communication Systems in the field of Electrical, Electronics,

Computer, Communication and Information Technology, Mechatronics, Environmental Science

& Engineering, Bioengineering and their applications in business, academic, industry and other

allied areas .

This international Conference attracted research papers from various countries across the

world, which was rigorously reviewed by the National & International Advisory Committee

members and Subject Experts. I take this opportunity to thank them for their professionalism and

valuable comments made to the authors. The accepted papers will be published in conference

proceedings by Springer with ISBN number and extended versions of papers will be published in

SCOPUS, SCI and some other indexed journals.

Many people have kindly helped us to prepare and organize the NCCS-2017 Conference.

First of all, I would like to thank Chairman Committee, Co-chairman Committee, Organizing

Secretary, General Chair, International Advisory Committee, National Advisory Committee,

Technical Programme Committee, and Joint Secretary for their support, guidance, and help for

making the Conference a successful event. Also, I would like to give my special thanks to all

who helped and contributed to the success of this Conference. Finally, I would also like to thank

all the authors and participants for selecting the NCCS-2017 Conference to submit their

contribution.

(Pandey Vijay Bhushan Prasad )Chairman ISVE



MESSAGE

With extreme humility and great pleasure, I take this opportunity to welcome you all for

this 3rd international conference on Nanoelectronics, Circuits and Communication Systems

(NCCS-2017). The Facets of science and technology are changing very fast. Engineering and

Technology are becoming increasingly inter and multi-disciplinary and it calls for multi-

institutional, multi-country participation.

The main objective of this conference is to provide a diverse yet comprehensive forum to

deliberate on the recent advances and futuristic trend in various fields of engineering and

technology. I sincerely hope this conference provides the apt platform for exchange of

knowledge and for identifying newer emerging research facilities.

Here, I acknowledge the hard work put in by my Ranchi chapter team members. Best

wishes and heartiest gratitude to on and all, wish you and enjoyable and fruitful experience

during the conference.



MESSAGE

It is eminence pleasure for us that Indian Society for VLSI Education (ISVE) Ranchi

& Institution of Electronics & Telecommunication Engineers (IETE) Ranchi centre gives

me the opportunity for General Chair in two days 3rd International conference on

Nanoelectronics Circuits and Communication Systems (NCCS-2017) organised at Advanced

Regional Telecom Training Centre BSNL near Jumar River Hazaribag Road Ranchi on 11-12th

Nov 2017. Really this conference will provide the international forum to exchange research ideas

in the area of VLSI Design, Nanoelectronics, Circuits, Computing, Communication Systems,

Analog and Digital Signal Processing, Embedded System Design, Robotics, Intelligent

Instrumentation, Green Energy, Smart Power Plants, Smart Grid, Space Mission, Biomedical

Instrumentation, Bio-Engineering, Image Processing, Civil and Environmental Science, E-

governance, cashless system, GST etc. I hope this conference will give the platform for the

researchers to exchange their ideas and publish his article in highly reputed publications. The

main focus of this conference is to enhance the feasibility of electronic system design and

manufacturing in the country. As everybody know my Country is good consumers of electronics

goods, but production is approx 5 to 10% of total consumptions. Now, Indian Govt has taken

very good initiatives for Cashless India, Digital India, GST and Skill India etc. But systems are

not so easy it is little bit sophisticated but this forum will trend to people for achieving his/her



target. Surely this conference will provide the guidance by expert researchers how to develop

electronic goods in enough amounts in the country and support the cashless systems. On behalf

of the General Chair NCCS-2017 & Hon. Secretary, IETE Ranchi I welcome to all the

participants, expert speakers, session chairs, international and national advisory board members,

technical program committee members, expert reviewers, technical and nontechnical persons,

media persons, intellectual persons of India and abroad for his/her constant support and

inspiration for conducting this conference successfully. These societies are continuously support

to government activity to trend the young engineers, researchers, professors by organising

conference, symposium, workshop, short term courses, summer and winter schools in VLSI

design for electronic system design and manufacturing(ESDM). Once again I heartily

welcome to all associated members from district, state, country and abroad who are directly and

indirectly supporting to this conference for grand success.

Dr. Vijay NathBIT Mesra Ranchi

Hon. Secretary, IETE RanchiGeneral Chair_NCCS-2017



MESSAGE

It is a matter of extreme pleasure that Indian Society for VLSI Education, Ranchi &

Institution of Electronics & Telecommunication Engineers (IETE) Ranchi is organizing two

days 3rd International Conference on Nanoelectronics, Circuits and Communication Systems

(NCCS-2017) on 11-12th Nov. 2017 at ARTTC, Ranchi. The “Digital India” and “Skilled India”

are the vision of our Hon’ble Prime Minister Sri Narendra Modi. So, the theme and sub-themes

of this conference is designed to come out with the authentic research works in the field of

Electronics and Telecommunication.

I welcome all delegates from International arena as well as the different corners of the

country for their active participation in the conference. I also appreciate the executive capacity of

Dr. Vijay Nath and all the best to the members of the organizing committee.

Dr. Anand Kumar ThakurOrganizingSecretary_NCCS-2017

Hon. Treasurer, IETE, Ranchi Centre



MESSAGE

With immense pleasure, I welcome you all in the third edition of International

Conference on Nanoelectronics, Circuits & Communication Systems on 11-12th Nov. 2017,

in Ranchi, the capital city of Jharkhand organized by Institution of Electronics and

Telecommunication Engineers and Indian Society for VLSI Education. The conference aims

to bring together scientists, researchers, engineers, and students from the academia and industry

to an international platform to share and exchange their ideas, experiences, knowledge and

technological advancements primarily in the field of Nano-electronics, Circuits &

Communication Systems and others. The conference will see, from inaugural session to technical

sessions including oral presentation, poster presentation and online presentation spread over two

days, the experts, participants and delegates discussing and exploring new avenues in the focal

theme field of the conference. Due care has been observed to ensure better comfort to all the

participants in all capacity during their stay for the conference.

My best wishes to all the participants for the success of the conference.

Raj Kumar Singh



List of Messages of Eminent Persons

Message of Governor of Jharkhand Smt. Droupadi Murmu

Message of Keynote Speaker IIT BHU Dr. S. Jit

Message of CGMT BSNL Ranchi Sh. K. K. Thakur

Message of President IETE New Delhi Prof. K. T. V. Reddy

Message of Chairman TC & PC IETE New Delhi Prof. M. N. Hoda

Message of Imm. Past President IETE New Delhi Dr. A. K. S. Chandele

Message of Former President IETE New Delhi Smt. Smiriti Dagur

Message of Secretary IETE New Delhi Sh. P. K. J. Jaggia

Message of Vice Chancellor, RU Dr. R. K. Pandey

Message of Vice Chancellor Jharkhand Tech. Univ. Dr. Gopal PathakMessage of Former Vice Chancellor, RU Dr. A.A. KhanMessage of Founder Chairman, IETE Ranchi Dr. R K SinghMessage of Keynote Speaker Dr. Abhijit Biswas, University of CalcuttaMessage of Expert Invited Lecture Dr. J.K. Mandal, Kalyani UniversityMessage of Expert Invited Lecture Dr. S.P. Tiwari, IIT JodhpurMessage of Expert Invited Lecture Dr. Manish Mishra, DDU University

GorakhpurMessage of Expert Invited Lecture Dr. B.K. Kaushik, IIT RoorkeeMessage of Expert Invited Lecture Dr. M. Bhaskar, NIT TirchyMessage of Expert Invited Lecture Dr. Avereni Srinivasulu, Vignan’s University

Guntur (A.P.)Message of Past Chairman, IETE Ranchi Sh. Sanjay Kumar Jha, Executive Engineer

Govt. of Jh.Message of Chairman IVSE, Ranchi Sh. Pandey Vijay Bhushan Prasad, DGM

Term cell 1, DOT RanchiMessage of Chairman IETE, Ranchi Sh. Ajay Kumar AGM (HR) ARTTC BSNL

RanchiMessage of General Chair MCCS 2017 Dr. Vijay Nath, BIT Mesra, RanchiMessage of Organizing Secretary MCCS 2017 Dr. Anand Kr. Thakur SSMC, RUMessage of Convener MCCS 2017 Sh. Raj Kumar Singh

List of Session Chair Persons

S.N. Name of Chair Persons Institute/ University1 Dr. A. A. Khan Ranchi University2 Dr. Abhijit Biswas University of Calcutta3 Dr. P.K. Barahi Former VC BIT Mesra4 Dr. J.K. Mandal Kalyani University5 Dr. J.S. Roy KIIT Bhubaneswar6 Dr. S.P. Tiwari IIT Jodhpur7 Dr. K. Khatua NIT Rourkela8 Dr. Mahesh Chandra BIT Mesra9 Dr. P.R. Thakura BIT Mesra



10 Dr. R.K. Lal BIT Mesra11 Dr. S.S.Tripathi BIT Mesra12 Dr. K.K. Senapati BIT Mesra13 Dr. V.K. Jha BIT Mesra14 Dr. Vijay Nath BIT Mesra15 Dr. Anand K. Thakur SSMC RU16 Dr. I. Mukherjee BIT Mesra17 Dr. A. Islam BIT Mesra18 Dr. Dileep Kr. Upadhyay BIT Mesra19 Dr. K. Solomon Raju CEERI Pilani20 Dr. Manish Mishra DDU GU21 Dr. Gaurav Trivedi IIT Guwahati22 Dr. P. Kumar IIT Patna23 Prof. Richa Pandey BIT Mesra24 Dr. Umesh Yadav DDU GU25 Dr. Vijay Laxmi BIT Mesra26 Dr. A.K. Tiwari BIT Mesra27 Dr. N. Chattoraj BIT Mesra28 Dr. Sukalayan Chakraborty BIT Mesra29 Dr. Rajeev Agarwal BIT Mesra30 Dr. D. Devraj KLU Tamilnadu31 Dr. Manish Mishra DDU GU32 Dr. S.S. Sahu BIT Mesra33 Dr. Sanjeet Kumar BIT Mesra34 Sh. Vijay Bhusan Pandey ARTTC, BSNL Ranchi35 Sh. Ajay Kumar ARTTC, BSNL Ranchi36 Dr. S. K. Mahapatra BIT Mesra37 Dr. R. K. Sinha BIT Mesra38 Dr. Soma Berman University of Calcutta39 Prof. D. Acharjee ISTM Kolkata40 Prof. Shahiruddin BIT Mesra, Patna Campus41 Dr. Vinay Gupta Delhi University

42 Dr. Sanat Mukherjee BIT Mesra Ranchi43 Dr. Raj Kumar Singh RLSYC Ranchi University44 Dr. P. Pal BIT Mesra Ranchi45 Sh. Ranjan Kumar Ram ARTTC BSNL Ranchi46 Dr. Sanchita Paul BIT Mesra Ranchi47 Dr. Amritanjali BIT Mesra Ranchi48 Dr. Adesh Kumar UPES University Dehradun49 Dr. K. Bose BIT Mesra Ranchi50 Dr. M. Bhaskar NIT Tirchy51 Dr. B.K. Kaushik IIT Roorkee52 Dr. A.Srinivasulu Vignan’s University Guntur(AP)53 Dr. Mahesh Chandra BIT Mesra Ranchi54 Dr. S.S.S. Solanki BIT Mesra Ranchi55 Dr. K.K. Thakur CGMT ARTTC BSNL Ranchi



NCCS17005

Classification of Medical Dataset Along withTopic Modelling Using LDA

Selvi M1, Thangaramya K2, Saranya M S3, Kulothungan K4 and Ganapathy S5

1,2,3,4Dept. of IST, CEG Campus, Anna University Chennai, India.5School of CSE, VIT University- Chennai Campus

[email protected] [email protected]

[email protected] [email protected] [email protected]

Abstract— Now-a-days, medical applications need lots of storage for storing and providingaccess to the medical information seekers. Moreover in medical applications, informationgrows tremendously and hence they must be stored using a suitable storage structure so that itis possible to retrieve them faster from the text corpus in which the medical information isstored. The existing methods for storage and retrieval do not focus on classified organization.However, classified data storage will facilitate fast retrieval. Therefore, a new Latent DirichletAllocation (LDA) based topic modelling approach is proposed in this paper which uses temporalrules for effective manipulation of stored data. Therefore, a temporal rule based classificationalgorithm is proposed in this work by combining Naïve Bayes Classifier with LDA and temporalrules to store the data more efficiently and it helps to retrieve the documents faster. From theexperiments conducted in this work by storing and retrieving medical data in a corpus, it isproved that the proposed model is more efficient with respect to classification accuracy leadingto organized storage and fast retrieval.

Keywords— Topic Modeling, Latent dirichlet allocation (LDA), Word Cloud, Topic of Words,Naive Bayes Classification.

.



NCCS17007

Cloud based intelligent system for SupplyChain management: A Future Roadmap for

SCM technologies

Manish Mohan Baral1, Amitabh Verma2

1,2Department of ManagementBirla Institute of Technology, Mesra, Ranchi

[email protected], [email protected]

Abstract— Cloud computing will offer the adaptability of adaptably outsourcing programmingframework for giving chain joint effort and foundation wants in an exceedingly higher way.TheCloud computing is reshaping the information and data and correspondence innovation (ICT)store system and making a more interesting ICT condition and related advances likevirtualization, Software as a Service (SaaS), Platform as a Service (PaaS) and Infrastructure as aService (IaaS) have been touted as the 'accompanying tremendous thing' and 'unmistakablefavorable position' for endeavors to improve their best line and essential concern.Proficientsupply chains are an imperative need for some organizations. Inventory network administrationfollows up on operational procedures, different and merged data streams and cooperationforms with an assortment of business accomplices.This computing is turning into an adoptableinnovation in the greater part of the associations with its dynamic adaptability and use ofvirtualized assets as an administration through cloud. It will likely have a significant impact onmany industries in future days to come. It is an amazing option for the businesses which arehaving lack of assets so as to work their data frameworks successfully without spending anymore capital for the PCs and system gadgets. Endeavors of late years are typically confrontingthis decent variety by making and arranging focal data framework arrangements.

Keywords— Cloud Computing, Supply Chain, SaaS, PaaS, IaaS, Virtualized Resources, Scalability..



NCCS17008

Effect of processing combined MFCC andDSCC features with QCN for Hindi Vowel

Classification in Noisy Environments

Shipra1 and Mahesh Chandra2

1,2Department of Electronics and Communication EngineeringBirla Institute of Technology, Mesra,

Ranchi -835215, [email protected], [email protected]

Abstract - these paper comers up with “Hybridized Delta Spectral Cepstral Coefficients” orHDSCC features. The HDSCC feature is obtained by processing concatenated Mel Filter CepstralCoefficients and Delta Spectral Cepstral Coefficients (DSCC) with Quantile based DynamicCepstral Normalization technique (QCN). The strength of proposed HDSCC feature set has beenevaluated for Hindi Vowel classification in noisy environments. The results have been comparedwith that obtained with MFCC and QCN-MFCC features. HDSCC feature set outweighsclassification accuracy compared to that obtained with MFCC features and QCN-MFCC featuresin various operating conditions. Quantitatively for clean database results revealed animprovement of 20.33% and 15.93% as compared to that obtained with MFCC and QCN-MFCCfeatures respectively for context independent (CI) cases. For context dependent (CD) cases animprovement of 18.59% and 11.69% has been detected for MFCC features and QCN-MFCCfeatures respectively. For noisy database also HDSCC features demonstrate better efficiencythan baseline features. The experiments for the classification of Hindi Vowels, revealed as highas 97.87% and 94.85% average %Vowel Classification Accuracy (%VCA) in noisy environmentsfor CD cases and CI cases respectively. The maximum comparative improvement in % VCA for CIcases is noted down as 29.45% and 25.88% over MFCC and QCN-MFCC features respectivelywhile the same for CD cases has been detected as 27.09% and 24.12% over MFCC and QCN-MFCC features respectively. All results are obtained on Matlab R2009b with HMM classifier.

Index Terms - MFCC, DSCC, QCN, HDSCC, HMM.



NCCS17009

The Impact of Knowledge Management andData Mining on CRM in the Service Industry

Sanjiv Kumar Srivastava1*, Bibhas Chandra2, Praveen Srivastava3

1,3Dept. of Hotel Management, BIT Mesra2 Dept. of Management Studies, IIT(ISM) Dhanbad,

[email protected]

Abstract:- The marketing trend in the service sector is changing with a rapid pace due to fiercecompetition and ever-growing innovation in the field of information technology. The marketingapproach has transformed from product centric concept to customer centric concept. Adoptingcustomer centric strategy has become the essential component of business philosophyespecially in the service sector, where customers are treated like guests. The whole concept ofbusiness performance is based on the philosophy of hospitality. Efforts are on satisfyingindividual needs of the customer and thus creating personal relationship by offering customisedservice. Customer relationship management (CRM) has replaced the traditional concept ofmarketing. Successful implementation of CRM program, requires effective databasemanagement system to facilitate acquiring and maintaining customer information and thusapplying this information to extend customised service on the basis of individual needs thereby,supporting customer satisfaction and retention. Hence, it is evident that technology based CRMhas become essential for the survival and growth of business organisation mainly, the hotelsector and maintaining effective CRM strategy has its origin in knowledge management anddata mining technique.

Keywords: Customer Relationship Management, Relationship marketing,Knowledgemanagement, Data mining.



NCCS17012

Efficient Computer Aided Diagnosis ofAlzheimer’s disease and Parkinson’s disease

Nancy Noella R S1, Priyadarshini J2

1,2School of Computing science and EngineeringVIT University, Chennai – 600127, India


Abstract— Dementia is a broad category of brain related diseases that continues for a long term andseverely affects thinking and daily functioning of a human being. Among different types of dementia thefatal type of brain problems are Alzheimer’s disease (AD) and Parkinson’s disease (PD). More than 70% ofcases reported as dementia is in the Alzheimer’s category. In AD, the patient’s brain gets severelydamaged, especially the outer part of the brain like cerebral cortex, hippocampus, ventricles etc. The ADpatients have enlarged ventricles, shrinkage in hippocampus and cortex. PD is also a common dementiaafter AD. In PD, the patient's mid brain gets damaged, i.e. substantia nigra. The proposed work presentsan efficient automation for the detection of the AD and PD with Machine Learning Techniques (MLT). Todetect the presence of PD and AD, two different types of brain image databases have to be selected:Positron Emission Tomography (PET) and Single Photon Emission Computed Tomography (SPECT) databaseimages, both of them containing data for AD, PD patients in comparison with the healthy brain images.From the input image different features have to be extracted like statistical moments, geometricalmoments, texture features etc. Then Region of Interest (ROI) has to be selected to differentiate diseaseaffected areas. The results have to be generated automatically by comparing input image with the trainedsamples in the database. The proposed system concentrates on applying the MLT for segregating the outerpart of brain with central part of brain for diagnosing the AD and PD in comparison with the healthy braindata.

Keywords- Alzheimer’s Disease (AD), Parkinson's Disease (PD), Computed Tomography(CT),Positron Emission Tomography (PET), Single Photon Emission Computed Tomography (SPECT), ComputerAided Diagnosis (CAD), Region of Interest (ROI), Machine Learning Techniques (MLT), Fisher DiscriminantRatio (FDR).



NCCS17013

Cuckoo Search Based Hybrid Models forImproving the Accuracy of Software Effort

Estimation

Sweta Kumari1 and Shashank Pushkar2

1,2Department of CSE BIT, MesraRanchi, India

Abstract— This research introduces a novel approach which is based on the Cuckoo Search (CS) algorithmfor the prediction of software development effort. It uses CS algorithm for discovering the best possibleparameter of the COCOMO II model to increase the accuracy and to better predict the softwaredevelopment effort. Two standard datasets are considered for testing the proposed model. Duringexperimentation, it has been seen that the proposed model provides more accurate and effective resultsthan existing models. The result has been analyzed with MMRE (Mean Magnitude of Relative Error) andthree different types of PRED (Prediction 25%, 30% and 40%) that shows the efficiency and capability ofthe proposed model. A comparative study of computational complexity with an existing approach has alsobeen done which shows the superiority of the proposed model over existing approaches.

Keywords— COCOMO II model, cuckoo search algorithm and Software effort estimation.



NCCS17014

Automated Solution for Fixing ReliabilityVerification Violations

Mohammed Imran M M1 and Shylashree N2,1,2VLSI & Embedded Systems, Dept. of ECE, R.V.C.E. Bengaluru-59,


Abstract- This paper covers the automation done to upgrade the Reliability Verification in thebackend circuit design of microchips. Automaton is extremely basic in enhancing the proficiencyof plan and assembling phases of a VLSI product. In the present market situation, theaccomplishment of a product relies upon time to advertise and advanced level of automation isdemanding for remaining focused in the current condition. This paper devises a flow, whichimproves the proficiency of Reliability Verification. This Reliability Verification (RV) analysisflow, can be invoked post Routing of the plan and encourages the VLSI designers to recognizethe adjustments in current design, that caused the Signal Scaling factors (SF)/self-heatviolations from past one. This automation essentially decreases SF/self-heat in the circuit, inthis way decreasing the back end configuration time.

Keywords – Reliability Verification, Signal scaling factor, design automation



NCCS17015

Design and Analysis of Dedicated PowerConverter for Hybrid Electric Vehicles

Brij Mohan Prasad1 and P. R. Thakura2

1,2Dept. of Electrical and Electronics EngineeringBirla Institute of Technology, Mesra, Ranchi, India.


Abstract— The interest has grown in hybrid electric vehicles owing to the necessities ofdecreasing the environmental pollution and fuel saving. Hybrid electric vehicle (HEV)consists ofelectric motor, power electronic converters, batteries and microcontrollers and internalcombustion engine (ICE). A Voltage Source Inverter (VSI) has been designed in the powerelectronics laboratory dedicated to HEV. The experimentation was done using three phasebalanced star connected load and a three-phase induction motor drive. The various waveformswere obtained and comparison was made between two different loads. Total HarmonicDistortion (THD) has been calculated and found to be in the range of 9.44%.

Keywords—Hybrid Electric Vehicle, Power MOSFETs, Voltage Source Inverter, Microcontroller,Opto isolator, Three phase load, Induction motor.



NCCS17016

An Underground Mine Safety of Personnel’sUsing IoT

Keshav Sinha, Partha Paul1CSIR-CIMFR Dhanbad, Jharkhand

Department of Computer Science Engineering, Birla Institute of Technology, [email protected], [email protected]

Abstract- According to a survey of the year 2011, in India there are 600 coal mines are running and overone million peoples are working in those mines. In underground mines, there are various cases wherepeople die due to the leakage of toxic gasses. Nowadays, the accident rate in underground coal mines willdecrease with the help of sensor technology and quick gas testing results. There are various traditionalmethods for gas detection and testing such as methane lamp, carrying live canaries etc. The most commonsensors for gas detection are electrochemical gas sensors, semiconductor sensors etc. But the reliability ofthis method is not accurate and impressive. In this survey paper, our prime focuses on the safety ofpersonnel by using IoT based on ZigBee techniques for monitoring the peoples in the underground minesand provide the immediate assistance and repositioning of personnel in an emergency situation.

Keywords— ZigBee, Wireless Network, Sensor, Gases, Pythagoras.



NCCS17018

Implementation of Trapdoor Functionality toTwo-Layer Encryption& Decryption by using

RSA-AES Cryptography Algorithms

1Ravi Prakash, 2Premkumar Chithaluru, 3Deepak Sharma, 4P Srikanth1Assistant Professor (SG),2,3,4Assistant Professor,SoCSE,

UPES, Dehradun, [email protected] , [email protected] , [email protected] ,

[email protected]

Abstract–This paper is going to deal with the implementation of two-layer encryption; RSA along with AES

Cryptography Algorithm. It is a cryptography application coupled with a secret user directory where certain

files are encrypted for better security. The user has access to his particular folder and can store any files

inside it and also has an option of encrypting certain files. This paper implements trapdoor functionality to

encrypt and decrypt files through a terminal using Cryptography.

K e y w o r d s - R S A , A E S , C r y p t o g r a p h y , T r a p d o o r .



NCCS17020

Experimental Validation of Spectrum SensingTechniques using Software Defined Radio

B. Siva Kumar ReddyDept. of Electrical Engineering,

Institute of Infrastructure Technology Research And Management (IITRAM), Ahmadabad,India-380026

Email: [email protected],

Abstract—Software-defined radio (SDR) and Cognitive radio (CR) system technologies provide addedflexibility and offer improved efficiency to complete spectrum use. Cognitive radio is obstreperous radiocommunication and networking technology. It is presently undergoing drastic development due to itspotential to resolve many of the problems affecting existing systems. Sensing a spectrum is the crucial partof CR to sense the existence of primary users (PUs) or licensed user signals and exploit the spectrum holes.Hence, in this work the testing of spectrum sensing technique for 16 QAM and 64 QAM transceivers onSDR testbed is carried out. Furthermore, this paper also addresses the practical signal detection and theimpact of various filtering windowing methods on detected signals. Experimental tests are performed onSDR testbed, which employs universal software radio peripheral (USRP) N210 and GNU Radio as hardwareand software platforms, respectively.

Index Terms—Cognitive Radio, GNU Radio, QAM, Software Defined Radio, Spectrum Sensing, USRP N210.



NCCS17022

Abstract— The rapid depletion of natural resources has increased the need for energyconservation. This project has been developed with the intention to enhance the power savingin public buildings such as educational institutes and hospitals. The basic principle of thisproject is to switch the power based on some conditions. It consists of two smart switches. Thefirst detects the presence of an animate object and allows power supply as long as the animateobject stays in the monitored area. The second switch takes a time input and provides supplyfor the requested period. A case study was performed in Muffakham Jah College of Engineeringand Technology and it was observed that a total power of 65,780 KW per year could be saved.

Index Terms— PIR Sensor, Microcontroller, solid state relay, Switch.

Smart Switch for Power Saving

Shaik Qadeer1, Ajaz Fatima2, Asfia Aleem 3, Amreen Begum 4

Dept. of EED, MJCET [email protected], [email protected], [email protected],



NCCS17023

SDN Based Programmable RSU SelectionMethod in Heterogeneous Networks

Debdatta Kandar1 and Babu Sena Paul2

1,2Department of Electrical and Electronics EngineeringUniversity of Johannesburg,Johannesburg, South Africa

1 [email protected], [email protected]

Abstract— In recent years vehicular communication industries focus on the live informationtransfer with high speed mobility of vehicles. Though vehicles normally equipped with a singlecommunication system, but they may find different networks for communication during travel.In order to access, seamless connectivity vehicles needed to be connected different networksand vertical handover come into the picture. Even future generation wireless communicationsystems require support for multimode communication of Heterogeneous Networks (HetNet).This paper introduces a novel Road Side Unit (RSU) selection scheme for vehicularcommunication. The objective is to provide travelers with seamless connectivity and maximizethe network utilization. This scheme balances both-side interests of RSUs and On Board Unit(OBU) via a suitably Software Defined Network control. The SDN evaluates networkperformance, based on user preferences and decides the most appropriate RSU for OBUs. Thisscheme maximizes the HetNet utilization and minimizing handover by properly balancing theload amongst the RSUs in the HetNet. The scheme enhances the performance by rejectsunnecessary requests. The simulation results demonstrate that the proposed RSU selectionscheme enhances the performance in terms of Handover Served Ratio(HSR), OBU Served Ratio(OSR) and Total throughput.

Keywords—Road Side Unit, Software Defined Network, OBUs Served Ratio, Hand Over ServedRatio, Intelligent Transportation System.



NCCS17024

Design and Implementation of an EnergyEfficient, Low-Cost Robotic Solar Tracker

K. Damayanti, T. Sunil Reddy B. M. Reddy, Avireni Srinivasulu, SM-IEEEDepartment of E.C.E

V.F.S.T.R University (Vignan’s University)Vadlamudi-522 213, A.P, India

[email protected]

Abstract— In the recent past, solar panel [5] has been under use to convert solar energy intoelectrical energy. The solar systems can be connected to electrical grids and also be used as astationary system. The maximum solar power received by the earth is around 84 TW, of this 12TW of power is consumed every day by the world. We are proposing a technique [2,3,15] thatby using Arduino extract maximum energy from the solar panel[23]. If the solar panels areplaced perpendicular to the sun maximum amount of solar energy can be extracted [6,7]. So, itis important to track the Sun's location and position of the solar panel.

In the case of fixed solar panels, energy conversion at morning and evening is less, but it ismore at noon [26]. As at noon the solar panel is placed perpendicular to the sun. The proposedwork is to design a system to track the sun's position [10]. Photo resistors will be used assensors in this system. The system consists of Light Dependent Resistors, Arduino Uno, RCServo motors, and a solar panel. The proposed method will give an output up to 20% moreenergy than solar panels without entering tracking systems.



NCCS17028

Fast Squaring Technique for Radix VicinityNumbers for Radix 2n±m with reduced

Computational Complexity

Arindam Banerjee1, Swapan Bhattacharyya1, Arpan Deyasi2

1Department of Electronics and Communication Engineering, JIS College of Engineering,Kalyani, INDIA

2Department of Electronics and Communication Engineering, RCC Institute ofInfromation Technology, Kolkata, INDIA

[email protected]

Abstract— A fast squaring technique for the operands nearer to a particular radix is reportedin this paper. The technique offers significantly less computational complexity which reducesthe processing time to a large extent. Considering the applicability of the technique for aparticular set of numbers which are in the vicinity of the corresponding radix; it is shown thatthe technique is equally acceptable for very large radix number. The proposed approach hasbeen verified using Xilinx ISE Vertex-7 FPGA device. Simulated findings showed that withsignificant increment in radix value (99.87%), the change of propagation delay is extremelysmall (2.33%), and corresponding increase in power dissipation is within tolerable range(29.84%). The results show the improvement in speed and computational complexity.

Keywords—Squaring, Vicinity, Radix, FPGA



NCCS17029

A Survey on Multiprocessor Schedulingusing Evolutionary Technique

Annu Priya1 and Sudip Kumar Sahana2

1,2Department of Computer Science EngineeringBirla Institute of Technology, Mesra, Ranchi


Abstract— In this paper, various conventional approaches studied for the task scheduling,precedence-resource constrained, load balancing, multiprocessor scheduling problems. Inparallel machines the sequence-dependent setup time for the minimization of makespan inscheduling problems and prepared a concise review. Multiprocessor scheduling is a NP-hardproblem whereas scheduling algorithm schedule the tasks which may or may not be dependenton each other. There are several traditional approaches exist for processor scheduling such asModified Critical-Path (MCP), Dominant Sequence Clustering (DSC), and Priority-BasedMultichromosome (PMC). While using these approaches weachieve partial solutions in lessthan the minimum computing time. In this paper, an innovative multiprocessor schedulingtechnique that is inspired by evolutionary techniques have been embodied.

Keywords— DAG, Genetic algorithm, Ant colony optimization.



NCCS17031

Han-carlson Adder based High-speed VedicMultiplier for Complex Multiplication

Tapsi Gupta1 and Janki Ballabh Sharma2

1,2Department of Electronics EngineeringRajasthan Technical University

Kota, [email protected], [email protected]

Abstract—Critical role is played by multipliers in modern digital signal processing systems. Theoverall system is affected by multipliers in terms of speed and computational complexity. In thispaper, a han-carlson adder (HCA) based high-speed Vedic multiplier is proposed. The proposedVedic multiplier uses Urdhva-Tiryakbhyam sutra of Vedic multiplication. Han-carlson adder isone of the parallel-prefix adders which provides high-speed to the proposed multiplierarchitecture. Proposed architecture of 64x64 bit Vedic multiplier is implemented using Xilinx ISE14.2 navigator in VHDL. The implementation results of proposed architecture are comparedwith conventional Vedic multipliers with different adders which show that the conventionalmultipliers is having larger time delay as compared to proposed multiplier. Furthermore,complex multiplication architectures, using three and four 32x32 bit proposed Vedic multipliersare also implemented. The results of these complex multiplication architectures are alsocompared with conventional Booth multiplier and Array multiplier based architectures whichshow that the complex multiplication using proposed architecture provides improved delay,low hardware (LUTs) and low complexity.

Keywords— Han-carlson adder (HCA); Kogge-stone adder (KSA) ; Fast fourier transform(FFT) ; Vedic multiplier (VM).



NCCS17032

Fractional Sobel Filter Based Brain TumorDetection and Segmentation Using Statistical

Features and SVM

MinalPadlia1, Jankiballabh Sharma2

Department of Electronics EngineeringRajasthan Technical University

Kota, [email protected], [email protected]

Abstract— In this paper a scheme for detection and segmentation of brain tumor from T1-weighted and fluid attenuated inversion recovery(FLAIR)brain images is presented. To preventthe effect of noise and enhance texture of the brain image fractional sobel filter is used.Fractional order (α) of fractional sobel filter provides additional flexibility in improving thesegmentation results. Detection of asymmetry between hemispheres is achieved usingBhattacharya coefficients and mutual information. In order to detect the hemispherecontaining tumor, histogram asymmetry method is applied. To segmentation the tumor regionfrom the tumor hemisphere the statistical features of a defined window are calculated andclassified using support vector machine (SVM).Simulations are performed on the images, takenfrom the BRATS-2013 datasetand performance parameters such asaccuracy, sensitivity andspecificity for different values of αare computed. Thesimulation results show that theperformance of proposed scheme is comparable to the nearest schemes compared.

Keywords— Brain tumor, segmentation, fractional sobel filter, statistical features, FluidAttenuated Inversion Recovery (FLAIR), Support Vector Machine (SVM).



NCCS17034

A Series Expansion Method Aided Design ofCCII Controller for a TITO System

Vijay Kumar Verma1, Rajeev Kumar Ranjan3, Pooja Gupta1 and Vijay Nath2

1School of Electronics Engineering, KIIT University, Bhubaneswar-7510242Department of Electronics and Communication, Birla Institute of Technology, Mesra

3Department of Electronics and Communication, Indian Institute of Technology, [email protected]

Abstract— Current mode circuits have attracted the attention of the design engineers due totheir unique characteristics that are not found in their voltage mode counterparts. This articlepresents a series expansion method based design of current mode circuits for the control of atwo input two output (TITO) system. The unique contribution of this work is the realization ofthe TITO controller using the second generation current conveyor circuits. Simulation results forvarious case studies are presented to demonstrate the efficacy of the proposed designmethodology.

Keywords— Current Conveyor II, TITO, SISO, Controller, Signal flow graph.



NCCS17035

Cladding mode analysis of photonic crystalfiber using scalar effective index model

Anupam kumar1 and Manoj kumar2

PG Department of Physics, Ranchi College, [email protected] , [email protected]

Abstract— Cladding modes of the Photonic crystal fiber (PCF) is investigated under weaklyguiding approximation. The propagation constants of the modes are calculated and theirrespective field patterns are simulated. The modes are nearly confined in the outer silica ring.This analysis also reveals the penetration of evanescent fields in outer medium which would behelpful in the design of the devices for sensing application.

Keywords— Photonic crystal fiber, cladding mode, modal field, evanescent fields, effectiveindex model.



NCCS17036

A Hybrid Forward Selection based LASSOTechnique for Liver Cancer Classification

M.J.Abinash1and V.Vasudevan2

Department of Information Technology,Kalasalingam University, Krishnankoil, Srivilliputtur,

Tamilnadu, [email protected], [email protected]

Abstract— Big data deals with the terrific volume of data. The rapid development of dataincreases in many fields such as business, biological, stock market, scientific, etc., and our dayto day activities. So while handle the growing data can causes many issues in managing,analyzing, storing, capturing and some others. The term microarray data comes under thebiological data ,consisting of large amount of gene instances. Bioinformatics deals with theinterdisciplinary of computer science or information technology with the biological data . Usingthis the knowledge discovery can be done through analyzing these biological data with thesoftware tools. In this, the knowledge discovery can done through machine learningtechniques. For classification using these biological data the feature selection is an essentialone. The selecting features work with the classifier model to improve their performance. In thispaper a wrapper based sequential forward selection (SFS) with LASSO (least absolutionshrinkage and selection operator) hybrid method are used for selecting the variables forcancer classification. It will improve the classifier model for better classification.

Keywords— Big data, Gene expression, Sequential Forward Selection (SFS), LASSO (leastabsolution shrinkage and selection operator), SVM (Support vector machine)



NCCS17038

Feature Subset Selection using IULDA model

for prediction

Smita Pallavi, Akshay Kumar, Utkarsh MohanDept. of CSE, Birla Institute of Technology,Mesra

Patna [email protected]

Abstract— With the decrease in tariff rates and growing popularity of telecom options,competition in the field for abstracting customers and expanding market is becoming fiercer. Itis evident by research that the cost of losing an existing customer is six-folds higher than theprofit that of a new customer.[1]. The proposed Indexed Uncorrelated Linear DiscriminantAnalysis (IULDA) Classification model for customer churn prediction effectively handlesincreased amount and dimensionality of data and has been tested on L-Class problems of UCIrvine Machine Learning Repository and real data set of the train sample – 5,200 customers, thecalibration sample – 3,680 and the test sample – 4500 observations. The objective evaluation ofthe investigated methods was measured by Sensitivity, Precision, Specificity, NPV, Fall-out, FNR,FDR, Accuracy and MCC by implementing on the MATLAB tool. The accuracy of the IULDAmodel was 95% for UCI churn datasets and 72.24% for real Customer datasets respectively.

Keywords— Feature Subset Selection, Churn Prediction, Dimensionality Reduction, ReliabilityIndex.



NCCS17040

Effect of RC Surge Suppressor in Reductionof over Voltages at Motor Terminal Caused

by PWM based Inverter

Md Sajid1, Amer Ali Khan2, M.Suryakalavathi3 and B.P.Singh4

1,2,3,4Department of Electrical Engineering1Muffakham Jah College of Engineering &Technology Hyderabad, India

2Shadan College of Engineering & Technology, Hyderabad, India3JNTUH, Hyderabad, India

4St. MartinsEngineering College, Hyderabad, [email protected], [email protected],

Abstract— Problems relating to the achievement of protection for inter turn insulation in multiturn coils in PWM based induction motors have currently aroused the interest of systemdesigners and are being studied in great detail. However such methods are impracticable to becarried out at every installation. A system designer should have prior knowledge of thetransient over voltages which are likely to occur in a proposed installation. For thisdetermination of transient over voltage is essential. Present paper deals with the investigationof transient over voltages in 5HP synchronous motor caused by PWMbased inverteras well asreduction of transient over voltages atmotor terminalby connecting appropriate RCsuppressors. The simulation results show the effect of placing RC suppressor in the system toreduce the over voltages at motor end. For this aSimulink model is developed and implementedin MATLAB.

Keywords— MATLAB,PWM inverter, RC suppressor, characteristic impedance, Reflected wave.



NCCS17043

Usage of Deep Learning in Epileptic SeizureDetection through EEG Signal

Nalini Singh1 and Satchidananda Dehuri2

1Dept. of Applied Electronics and Inst. Engineering, Silicon Institute of Technology, SiliconHills, Patia, Bhubaneswar-751024, Odisha , India

2Dept. of Information and Communication Technology, Fakir Mohan University, VyasaVihar, Balasore-756019, Odisha, India

[email protected] , [email protected]

Abstract— Epileptic seizure occurs due to neuronal disorder that results abnormal pattern ofbrain signal. Electroencephalogram (EEG) signal represents a modest measure of electric flow ina human brain. An EEG is one of the main diagnostic tests for epilepsy .Due to presence ofseizures, normal pattern of brain waves disappear and different other brain waves can bevisualized during recording of EEG. Approximately 1% of the total population in the world isaffected by this disease. This paper is based on a systematic approach for epilepsy detection ofhuman brain by extraction of features and classification of EEG signal. Feature extraction iscompleted by discrete wavelet transform (DWT) and multi-layer perceptron neural network(MLPNN) with deep learning is used for classification. Experimental study of the proposed workis done through Python platform with an encouraging performance.

Keywords— EEG signal, Epilepsy, DWT, MLPNN



NCCS17044

An Experimental Study of Filter BankApproach and Biogeography Based

Optimized ANN in Fingerprint Classification

Annapurna Mishra1 and Satchidananda Dehuri2

1Dept. of Electronics and Communication Engineering, Silicon Institute of Technology,Silicon Hills, Patia, Bhubaneswar-751024, Odisha , India.

2Dept. of Information and Communication Technology, Fakir Mohan University, VyasaVihar, Balasore-756019, Odisha , India.


Abstract— In this paper, we have developed a robust classifier by considering the bestattributes of biogeography based optimization (BBO) and artificial neural network (ANN) forclassification of fingerprints into five classes. This work involves two phases. In phase one, weextract features by using Gabor filter bank. In the second phase, we optimize the parameters ofANN by using BBO to mitigate the problem of local optima. We have conducted experimentalstudy on a few benchmark functions for verifying the proposed model accuracy. The outcomesof experiment claim that the accuracy of our model is significantly better than othercompetitive models.

Keywords— Classification, Gabor filter, BBO, ANN.



NCCS17045

Performance and Capacity Testing ofMedium and Large Managed plane and

control plane Optical Networks

Sandeep Dabhade1, Sumit Kumar2, Shishir Kumar3, Sivasubramanian K B4

1,2,3,4NSM NFM-T DepartmentNOKIA, Bangalore, India

[email protected], [email protected], [email protected],[email protected]

Abstract— Element and Network Management System is used worldwide for remotelymanaging the network elements. With EMS/NMS, we can provision circuits, reboot networkelements, provision protection rings, provision In-Band Communication remotely. Due to itswide utility, Performance and Scalability Testing of Medium and Large Optical Networks needsto be done extensively. This paper covers how Performance and Scalability Testing of Mediumand Large Optical Networks is done in both control and Managed plane scenarios. Test benchhas more than five thousand networks elements and more than three lacs paths. Time toretrieve nodes, optical connections, alarms will be measured in Medium and Large networkscenarios. Nodes are added in Network Management System which is mentioned in the abovesetup.

Keywords— EMS, NMS,Control Plane,OTN.



NCCS17046

Analysis of Single Stage Three Phase DC-ACBoost Inverter for Distributed Generation

System

Prabhat Kumar Ranjan1, P. R. Thakura2

1Department of Electrical & Electronics Engg,, Birla Institute of Technology, Mesra, Off-Campus Deoghar, Jharkhand

2Department of Electrical & Electronics Engg, Birla Institute of Technology, Mesra,Ranchi, Jharkhand

Abstract— The increase in energy demand and reduction of greenhouse gas emission is pushingresearch interest towards distributed generation systems. Distributed Generation Systems arerenewable, non renewable energy sources and also energy storage devices. The single–stagethree phase boost inverter can provide higher value of sinusoidal ac output voltages from lowvoltage DC sources without an intermediate dc-dc boost chopper. This unique property isabsent in classical voltage source buck inverter which produces an instantaneous AC outputvoltage, which is always less than input DC voltage. Also this topology is a suitable choice inmany applications such as ac drives, uninterruptible power supplies (UPS) and distributedpower generation scheme (grid integration of renewable sources). Thus it has an advantage ofboosting and inversion process in a single conversion stage, negligible shoot through problem,reduced components, size & volume, low losses, and higher efficiency, in comparison to doublestage conversion, which consists of a dc to dc boost converter and a conventional three phasebuck voltage source inverter in between the low voltage dc sources and ac output. The threephase dc to ac boost inverter can also be applied for storage devices such as batteries, fuel cellsand super capacitors with the grid. Working principle, operations, modelling, simulation ofthree phase single stage dc-ac boost inverter with battery as input are performed undersimulink platform of the MATLAB and different waveforms are plotted. These simulationsexplain the feasibility of the proposed single stage three phase boost inverter.

Keywords— single stage boost inverter; Distributed Generation, conventional buck VSI



NCCS17047

Close Loop Speed Controller for BrushlessDC Motor for Hybrid Electric Vehicles

Avanish Kumar1andP. R. Thakura2

Department of Electrical and Electronics Engineering Birla Institute of Technology, MesraRanchi-835215

[email protected]

Abstract— Vehicle emissions are the great concern of the modern world and Hybrid ElectricVehicles is one of the feasible solutions because of it mitigates pollution and increases fuelefficiency. Power electronics plays a imperative role in Hybrid Electric Vehicle because itconsists of converters for high performance electric traction motor drives. It is important thatthe traction motor must fulfill the demands of various driving cycle. In this paper, a detailedperformance analysis of controlling the speed of Brushless DC(BLDC) motor with or withoutdisturbances (or load) is addressed. The paper also involves the design and implementation of acontroller which minimizes the initial overshoots. This work was conducted with the purpose ofdeveloping a three phase inverter for BLDC motor drive system. The two different controllersare designed and simulated for closed loop speed control of BLDC motor at different loadingcondition. The simulation work is performed in MATLAB simulink platform and results matcheswith the theoretical one.

Keywords— BLDC Motor, Hybrid Electric Vehicles, MATLAB Simulink, PID Controller, Speed Control,Traction Motor Drive



NCCS17048

A Survey on Grid Schedulers

Ankita1 and Sudip Kumar Sahana2

Dept. of Computer Science and EngineeringBIT Mesra Ranchi, India

[email protected] , [email protected]

Abstract— A grid is an infrastructure to meet the ongoing demands of science and engineering[1]. In the midst of the 1980s and the 1990s, researchers observed that parallel computing anddistributed computing was not only sufficient for solving the grand challenges of engineeringproblems. They needed some mechanism which could utilize the power of distributed as well asparallel computing. Grid computing [2], [3] was the solution to their problem. But working in agrid environment is not really easy since the grid users are increasing and services are becomingcommercial, so it is desirable to free the users from the load of job handling. The grid scheduleror resource broker performs the task of job handling such as resource management andfulfilling user requirements. In this paper, an anatomy of grid schedulers has been discussedwhich discusses intrinsic properties of different grid schedulers.

Keywords— Middleware, Globus Toolkit, Resource management, Grid Scheduler



NCCS17049

Chaos based Colour Image Encryption usingmicrocontroller ATMEGA 32

M. K. Mandal1*and A. K. Das2

1Department of Physics, National Institute of Technology Durgapur 713209, India2Department of Electronics and Instrumentation, Dr. B. C. Roy Engineering College,

Durgapur 713206, [email protected], [email protected]

Abstract— The present paper describes the encryption algorithm of a colour image usingmicrocontroller ATMEGA 32. Two microcontrollers are used as driver and driven systems intransmitter and receiver sides. One dimensional Logistic map is used in both the cases forgenerating the chaotic sequence and synchronization between them through open plus closedloop (OPCL) coupling. Under synchronized condition, the data file of the input image isencrypted and transmitted to the receiver side. The receiver microcontroller received thisencrypted data and using reverse technique it decrypted the data and send to LCD display toreconstruct the input image. The proposed technique is verified through different images andthe results confirm the validity of the algorithm.

Keywords— Chaos;synchronization; encryption; decryption; microcontroller.



NCCS17050

An Enhanced GEAR Protocol for WirelessSensor Networks

Rahul Priyadarshi1, Surender Kumar Soni2 and Prashant Sharma3

1,2,3Department of Electronics & Communication Engg. National Institute of Technology,Hamirpur (H.P), India

[email protected], [email protected], [email protected]

Abstract— This paper reflects the enhanced Geographical energy aware routing in wirelesssensor network where separation of nodes is totally done on the basis of their position which isfurther obtained by Global Positioning System. Sink node or Base Station is fixed far away fromthe sensed area and entry node is fixed at the central point of sensed area. A threshold value ofdistance has been defined. If the obtained distance of nodes from gateway node and sink nodeis relatively smaller than the threshold value of distance then in that case transmission of datatakes place directly. If calculated distance is more than that of threshold value then isolate thenodes into the identical areas. Now for each area a cluster head is nominated for datatransmission. Nomination of cluster head is done on the basis of probability function andresidual energy of nodes. Finally proposed routing protocol displays better results in terms ofnetwork lifetime, network energy consumption and packet transmission to the base stationcompared to the existing routing protocol.

Keywords— Wireless Sensor Network, Nodes, Energy, Base Station, Cluster, Distance,Probability



NCCS17051

An Energy Efficient LEACH RoutingProtocol for Wireless Sensor Networks

Rahul Priyadarshi1, Surender Kumar Soni2 and Prashant Sharma3

1,2,3Department of Electronics & Communication Engg. National Institute of Technology,Hamirpur (H.P), India

[email protected], [email protected], [email protected]

Abstract— Wireless Sensor Network is one of the leading research fields recently which may beused in almost every field. The outdated LEACH routing protocol is still reflected for the variousresearch field but in this paper the improved LEACH routing protocol is presented as an energyefficient Cluster Head selection allowing distance and energy as main parameters. The existingprobability function has been modified according with the distance and energy parameters.Therefore distance and energy parameter select the energy efficient Cluster head fortransmission of data. The simulation results show that the selection of cluster head in modifiedLEACH routing protocol is better compared to the existing LEACH routing protocol. BetterCluster Head selection further advances the overall performance of the network along with thenetwork lifetime compared to the existing LEACH routing Protocol.

Keywords— Wireless Sensor Network, Nodes, Energy LEACH Protocol, Cluster, Distance,Probability



NCCS17054

A novel equivalent circuit approach formodal analysis of MEMS cantilever beam

Kavitha. C1, Ganesh Madhan. M2

Department of Electronics EngineeringMadras Institute of Technology, Anna University

Chennai-600044, [email protected], [email protected]

Abstract— This paper presents a novel equivalent circuit modeling approach for modal analysisof a MEMS cantilever beam. The modal solution is implemented in the circuit model, whichprovides the spatial displacement in steady state and dynamic conditions. The sinusoidalexcitation is employed to study the transient solution of mode shapes. As a test case, thesteady state displacement along the length of 40µm cantilever is determined under differentmodes and compared with the results obtained by Matlab simulation, which indicates a goodagreement.

Keywords— cantilever beam; equivalent circuit; MEMS; modal analysis; parallel resonator



NCCS17055

Energy Efficient Data Delivery in GreenCloud Networks

Karuppasamy M.1 and Balakannan S. P.21, 2 Kalasalingam University, Tamil Nadu, India


Abstract— Nowadays increasing the cloud computing services, the energy consumption hasdrawn huge focus in the high-performance computing research community. With increasingutilization of Cloud network infrastructure, the energy consumption has drastically increased tothe cloud networks. This has become a critical issue. At the time of Data delivery in cloudnetwork components consumes enormous amounts of energy and connecting to sky-scrapingoperational expenses and carbon footsteps to the environment. The energy problem in thecloud networks is the key difficulty of relation with network data delivery. Also, it is the mainobjective to be solved in the cloud computing networks design. The energy efficient relatedwork in cloud networks combines with characteristics of the network and analyzes theapproach energy consumption. The energy efficient strategies from the aspect of cloudnetworks node and cloud networks. From the following aspects of data size, data delivery time,bandwidth size and the delivery path between clients to the server. Aiming to achieve anenergy efficient proportional green cloud networks to provide on demand quality of services(QOS) with energy efficient data delivery algorithm.

Index Terms— Cloud Computing, Green Computing, Environment, Virtualization, Energy



NCCS17056

Electroencephalogram (EEG) signal analysisfor diagnosis of Major Depressive Disorder

(MDD) : a review

Shalini Mahato1 and Sanchita Paul2

1,2Department of Computer Science and Engineering,Birla Institute of Technology, Mesra,

Ranchi 835215, [email protected], [email protected]

Abstract— Depression or Major Depressive Disorder (MDD) is a psychiatric disorder. It is themajor contributor to overall global burden of disease. Any deterioration in brain functioning isreflected in Electroencephalogram (EEG) signals.EEG signals are highly complex, non-stationaryand non-linear. So it is very difficult to analyze visually and identify changes in the waveform inorder to classify MDD and normal subjects. Thus computerized quantitative EEG is used for theanalysis of signals.

Support Vector Machine(SVM) using band power feature reported an accuracy of 98.33%and using Kernel Eigen-Filter-Bank Common Spatial Patterns (KEFB-CSP) gave an accuracy of91.67%.[4][14]Logistic Regression (LR) using band power feature reported an accuracy of98.33%,using 4 non-linear features combination provided an accuracy of 90%, using wavelettransform provided an accuracy of 87.5%& using only alpha power gave an accuracy of73.3%.[4][9][15]Naïve Bayesian (NB) using band power feature provided an accuracy of96.8%[4].Artificial Neural Network using Relative Wavelet Entropy (RWE) reported an accuracyof 98.11%,using power spectrum feature gave accuracy of 84% & using Lep-Ziv complexityaccuracy of 60%-80% was reported[6][8][20] .Linear Discriminant Analysis(LDA) reported anaccuracy of 91.2% using SASI(Spectral Asymmetry Index) and DFA(Detrended FluctuationAnalysis)[17].Decision Tree provided an accuracy of 80% using EEG band power as feature.[11]The study reveals that in general high classification accuracy is achieved by SVM,LR and ANNand highest classification accuracy of 98.33% is achieved by SVM. Highest accuracy is achieved



by SVM because it is more robust and computationally more efficient due to maximal margingap between separating hyper planes and kernel trick.

The study gives some ideas which could be helpful for guiding and improving futureresearches. Since linear and non linear method for feature extraction are both equally efficient.So any of the linear/ non-linear featurecan be used.For feature selection and reduction GeneticAlgorithm (GA), Principal Components Analysis (PCA) and Linear Discriminant Analysis (LDA) canbe used. Since SVM,LR and ANN give high classification accuracy any of them can be used orany hybrid technique like GA-SVM,GA-ANN,GA-J48graft DT can be used.

This paper compares various EEG signal analysis techniques, compares their accuracy andmethodology used and finally recommends the most suitable technique based on the accuracyfor detection of depression. The paper also summarizes some of the key finding related to EEGfeatures based on present state of art.These results could be helpful for guiding and improvingthe future research in this area.

Keywords— Major Depressive Disorder(MDD), Electroencephalogram (EEG), biomarker,Quantitative EEG, band power, Spectral Asymmetry Index(SASI), Relative WaveletEntropy(RWE), Higuchi’s Fractal Dimension(HFD).



NCCS17057

Numerical simulation of high temperatureVCSEL operation and its impact on digital

optical link performance

K. Murali Krishna and M. Ganesh Madhan1,2Dept. Of ECE MIT Campus Anna University Chennai

[email protected]

Abstract— An 863 nm bottom emitting Vertical Cavity Surface Emitting Laser (VCSEL) diode issimulated under wide range of operating temperatures. Based on this VCSEL, a digital opticallink comprising of Graded- index Multi Mode Fiber (MMF) and a Si based P-type-Intrinsic-N-type (PIN) photodetector is numerically evaluated. The operating temperature of VCSEL isvaried in the range of 20 ˚C - 120 ˚C and its impact on the MMF link is evaluated for 1.25 Gbpsand 2.5 Gbps. The link performance is evaluated by determining Quality factor (QF) and BitError Rate (BER). For a data rate of 1.25 Gbps, the maximum distance is found to be 0.64 km at120 ˚C and 0.3425 km for 2.5 Gbps at 100 ˚C, for a BER = 10-12, as per IEEE 802.3.z standard.

Index Terms— Thermal effects, rate equations, transfer function, intermodal dispersion, gigabitethernet



NCCS17060

VLSI Implementations of Retimed HighSpeed Adaptive Filter Structures for Speech

Enhancement

Pankaj Goel1 and Mahesh Chandra2

1,2Electronics and Communication Engineering, BIT Mesra, India,[email protected], [email protected]

Abstract— In an environment where noise is our constant companion, quality of speech signalhas degraded considerably in recent times. Noise reduction from speech signals is a very criticalresearch area. Lately, hardware implementation of speech enhancement algorithms emergedas an important area of research. Hardware implementation provides designers crucialinformation about an algorithm structure such as hardware (resource) requirements, powerconsumption, structural complexity, and real-time performance (operating frequency, criticalpath delay and latency). In this paper, various high speed adaptive filtering structures aredesigned and implemented on Xilinx FPGA platform. It has been observed that various VLSIimplementations vary considerably in clock speed, hardware requirements, latency and cost.For instance, the clock speed and power consumption of retimed DF-RDLMS implementation isfound to be 85.492 MHz and 491.68 mW whereas that of conventional unretimed DF-LMSstructure is 73.325 MHz and 570.61 mW respectively, thereby having an improvement of 16.5% in clock speed and 13.8% in power consumption.

Keywords— Speech Enhancement, Adaptive Algorithm, VLSI, FPGA, Hardware cosimulation,Real Time Performance, XILINX.



NCCS17061

CFCS Calibration Circuit Design for Multi-bit Pipelined ADC Architectures

Hari shanker Gupta1, Satyajit Mohapatra2, Nisha Pandya3, Nihar Mohapatra2, RohitVasoliya4

1Space Application Centre, Jodhpur Tekra, Ahemdabad-380015, India.2Dept. of Electrical Engineering, IIT, Gandhinagar-382355, India

3LD College of Engineering, Ahmedabad-380015, India4VGEC, Chandkheda Ahmedabad-382424, India

[email protected]

Abstract— Design of high resolution ADCs in scaled CMOS technology is challenging due toincreased component mismatch, comparator offset, and finite op-amp gain error. In this work,a mixed signal commutated feedback capacitor switching (CFCS) calibration technique has beenproposed to improve the ENOB and linearity of ADCs with multi-bit pipeline architecture.During normal operation of ADC, the fixed sampling capacitor is swapped in the feedbackcapacitor. We have distributed the sampling capacitor and swap the feedback capacitor withthe sampling capacitor(s) in the MDAC of each pipeline stage ADC. The mismatch of differentpipeline stages are concurrently corrected in the digital domain. Proposed technique requiredigital calibration circuits and requires no extra calibration phase cycles. The prime objective ofthis work is to achieve high linearity and ENOB in pipeline architectures with low powerconsumption. Behavioral simulation of 16-bit 5Ms/s pipeline ADC in UMC 0.18um double polytriple metal processes with proposed calibration shows significant improvement in DNL with σ =0.25 % capacitor mismatch with correct 16-bit digital output. The design is implemented usingHSPICE simulation. The robustness of the proposed technique has been verified by process,temperature and voltage (PVT) variation simulations and Monte Carlo analysis.

Keywords– Analog to digital converter, Capacitor mismatch, Digital background calibration,Pipeline ADC.



NCCS17062

Smart Activity Sequence Generator inWearable IoT

Jatindeep Singh1, Punit Mishra1, Satyajit Mohapatra3, Hari shanker Gupta2, NiharMohapatra3

1Cognizant Technology Solutions, Noida-201301, Uttar Pradesh, India.2Space Application Centre, Jodhpur Tekra, Ahemdabad-380015, India.

3Dept. of Electrical Engineering, IIT Gandhinagar-382355, [email protected], [email protected], [email protected], [email protected]

Abstract— Activity Based Computing Technology (ABCT) captures states of user along with itsenvironment by exploiting heterogeneous sensors to provide adaptation to exogenouscomputing resources. Typically, these sensors enable continuous monitoring of numerousphysiological signals when attached to the human body. This finds wide application in areas ofactivity monitoring, bio-medical rehabilitation, and fitness tracking. Primary challenges inembedded application development for smart wearable include high energy efficiency and usercompatibility. Existing algorithms and applications are still unable to fully utilize the true powerof the data being collected. They provide lot of descriptive data analytics but lack in predictiveanalysis. Energy efficiency of computing as predicted by Koomey's is expected to strike thesecond law of thermodynamics based on Launder's Limit within few decades. In this work anenergy efficient computing technique for next generation mobile applications is developed.Proposed Artificial Intelligence based energy-efficient embedded algorithm that providepersonalized training sequence recommendation in order to achieve desired calorie goals.Suggested training sequence of 6 activities fall under high, medium and low calorie burn withachieved median for 234C:535C:688C respectively. The crux of this implementation is CalorieMatrix Regeneration via state feedback technique using Markov Decision Process and GeneticAlgorithm. Number of generations required by the genetic algorithm to reach a suboptimalsolution is optimized. While Machine learning algorithms are written in C/C++ for effectiveembedded implementation, certain computationally expensive modules like MDP and GA arecoded in Python with proposed IOT cloud based implementation thereby improving batteryefficiency to 12-16 hours. This implementation is first of its kind and a step ahead of availablestate of the art fitness training algorithms/applications.

Keywords— Smart Activity Trainer, Activities of Daily Living (ADL), Markov DecisionProcess (MDP), Genetic Algorithm (GA), Internet of), Human Activity Recognition (HAR),Smart Wearables.



NCCS17064

Hand Gesture Recognition: A Survey

Shamama Anwar, Subham Kumar Sinha, Snehanshu Vivek, Vishal AshankDepartment of Computer Science and Engineering,

Birla Institute of Technology, Mesra, Ranchi – [email protected]

Abstract— A human computer interaction is generally limited to taking input from the userusing hand held devices like keyboard, mouse or scanners. With the advancement is computersthe user interaction approaches have also advanced. Direct use of hands as an input device isan attractive method for providing natural Human Computer Interaction. It is also helpful forpeople who use sign language. The paper aims to study the existing methods for Hand GestureRecognition and provide a comparative analysis for the same. The entire process of handgesture recognition is divided into three phases: hand detection, hand tracking and recognition.The paper includes a review of the different methods used for the hand gesture recognition.The recognition phase is classified based on the way the input is received as glove based orvision based. For recognition various methods like Feature extraction, Hidden Markov Model(HMM), Principal Component Analysis (PCA) has been compared along with the reportedaccuracy.

Keywords— Computer vision, Hand Gesture, Hidden Markov Model, Principal ComponentAnalysis



NCCS17065

Design of Smart Embedded System forAgricultural Update Using Internet of Things

Qaiser Razi1, Vijay Nath2

1,2VLSI Design Group, Department of Electronics & Communication Engineering,Birla Institute of Technology Mesra Ranchi-835215 (JH) India


Abstract— In developing nation like India most of the population is dependent onagriculture.60-70% population [1] depends only on agriculture and related sectors. Despitetechnological development in the entire field, now full attention is required in agriculturesystem to enhance the production & quality of crops. The production of crops plays a majorrole in the enhancement of GDP of the country. Quality of food gives the healthy life to thepeople. Not only human life depends on the agriculture animals and other creature depends onagriculture. So many factors should be trend and enable to generate good quality of crops e.g.good quality seed, fertilizers, soils, and waters and weathers. As the farmers of our country arenot so much literate and aware of the technology as a result the crop production is not up tothe mark. If the farmers can embrace new technology the condition would be different and theagriculture sector can become the major employment source. Application of IoTs can help tofarmer to increase the crop yield and minimizing the hard work done by the farmers. In thispaper the main objective is to let the farmers know about their necessary items such as goodquality seeds, fertilizers, soils, waters and weathers. They also know about market value andportability of their crop. For a good yield setup how farmer will know how much water isrequired, when it is required and how much fertilizers are required, which type of crops theycan plant etc. These objectives can be achieved with the support of advance technology likeSensors and GSM. IoTs will help in predicting the crop yield, soil quality, soil temperature, waterlevel and proper timing of crop to be delivered. Therefore a system need to develop to enhancethe farming procedure and reducing human effort and thereby increased farming output.

Key words— IoTs, GSM, Sensors, GDP.



NCCS17066

STUDY & DESIGN OF SMART EMBEDDED SYSTEMFOR TRAIN TRACK MONITORING USING IoTs

Sabiha Fatma1, Vijay Nath2



Abstract— Trains are a key& cheaper mode of transportation systems in most developed countriesaround the world. Now-a-days train derailment in India is major problem, thousands of peoples aredying due to derail accidents. Other major problems are collision. It is also often occurring and results insevere damage to life and property. This paper, presents a thought of smart train track monitoringsystem and collision using IoTs methods. This paper presents various innovative ideas to control anddetect the cause of derailed systems such as strength of track, vibration measurement, loadmeasurement, track alignment, conditioning of track. In this proposed smart system track conditions willbe monitored by IoTs systems with the help of different smart sensors pasted in track and informationof track will be delivered to nearby substations, drivers and central railway monitoring office. Beforepassing the trains track will be scanned by systems and after green signal of the system train will beallowed to run on particular track. From above proposed methods can reduce the accidents.

Key words :IoT, Derail, Alingment etc.



MCCS17067

Study & Design Of Smart Embedded SystemFor Smart City Using Internet Of Things

Abhinav Kumar1, Vijay Nath2



Abstract—Smart city is a way of developing the new areas in which it aims to integrate eithercity features or assets like smart homes, smart parking, waste management, traffic controlsystem, & other community services. Each smart city is equipped with various kinds ofelectronic devices which are either directly or indirectly connected with IoT. This paper providesan inclusive idea on the concept of the smart city with the help of IoT. In the present dayscenario, IoT plays an important role and their capabilities are merging into or apply to thedifferent parts of smart cities for better results. The potential application of smart city pops upfrequently in the context of urban development with respect to technology involved in it.Meanwhile, there are some challenges all across the world and its implementation techniqueare thoroughly expressed in this paper.

Keywords— Internet of Things (IoT), Smart city, Electronic devices



NCCS17068

Study and Design of Smart EmbeddedSystem for Remote Health Monitoring Using

Internet of Things

Satvika Anand1 and Vijay Nath2

1,2VLSI Design Group,Department of Electronics & Communication Engineering,

Birla Institute of Technology, Mesra, Ranchi-835215(JH), [email protected], [email protected]

Abstract— Internet of Things (IoTs) plays a significant role in directly integrating physical worldwith computer-based systems by sensing and controlling various features, even remotely,which leads to reduction in human intervention to a larger extent. This results in improvedefficiency, better accuracy and easily accessible data. This paper proposes the study andimplementation of remotely accessible health monitoring system to monitor blood pressurelevel with IoT. It enables user to improve health related risks by collecting vital signs i.e.temperature, blood pressure, sugar level etc. of the patients and communicating theseinformation to detector in real time scenario. After the proper examination of the currentstatus and full medical information, it also aids in transmitting the accurate decision taken bydoctor and precautionary measures required to be taken by the patients. In this manner,patients are constantly under the observation of doctor, even being physically apart with eachother. Thus, IoT serves as a catalyst for healthcare by creating a brilliant and efficient network.

Keywords— Health monitoring, Embedded system



NCCS17069

Design of Smart Embedded System For Auto TollBilling System Using Iots

Chandan Kumar1 and Vijay Nath2

1,2VLSI Design Group, Department of Electronics & Communication EngineeringBirla Institute of Technology Mesra Ranchi-835215 (JH) India


Abstract— Road transportation in India is assumed to be second largest network. To managesuch a large network Toll Collection method is used. Toll is collected manually, which requires atoll attendant. Manual process is time consuming, resulting in huge rush at Toll booth. Tollcollection is one of the important problems in India. For making smooth system required IoTsbased systems that maintain the vehicle health as well as toll tax when passing through any tollbooth. In one toll approx 24 peoples working in shift in classical systems. But in proposedsystem no one is required on booth. Everything is monitored by remotely. For this setuprequired main items server based system with collection of high speed internet Adhar CardZigBee & GPS. Then toll charges will display on monitor and message will forward to owner ofvehicles and payment will deduct from the account of owner. No need to pay in every booth bydriver. For this whole system when vehicles will enter in the city in starting booth officers willcollect the relevant information(Vehicle papers, owner aadhar card etc) from driver if vehiclesare old and they will paste the barcode in that vehicles. In new purchased vehicles this systemsdata base created during delivering the vehicles to customers. When compared to traditionalmethod, this method is very easy and also reduces the user’s wastage of time.

Keywords— Adhar Card, Internet of Things (IOT), ZigBee, Raspberry pi, CAN, GPS.



NCCS17071

Multi-Mode Resonator Based Wideband10dB Directional Coupler

Pratik Mondal1 and Susanta Kumar Parui2

1,2Department of Electronics and Telecommunication EngineeringIndian Institute of Engineering Science and Technology, Shibpur

Howrah-711103, [email protected]; [email protected]

Abstract— A broadband coupler has been designed using multi-mode resonator (MMR) technique. Itresonates in four different modes of frequencies. Out of these, three of them are responsible forbroadening the operating band. Operating bandwidth may be controlled precisely by the impedanceratio of the resonator. The coupling is tunable by the gap between coupled transmission lines of thecoupler. Finally, a forward-wave 10dB directional coupler ranging from 4 to 8 GHz has been designed.The design has advantages like single layer, without bond-wire and compact in size.

Keywords— broadband, directional coupler, MMR, loose coupler, UWB.



NCCS17072

Performance Comparison of DCF and FBGas Dispersion Compensation techniques at

100Gbps over 120Km using SMF

1 2*Ashwani Sharma, 3Shalini Sharma, 4Inder Singh, 5Suman Bhattacharya1,3School of Electrical and Computer Sciences, Shoolini University, Solan (H.P)-173229

2, 4School of Computer Science Engineering, UPES, Dehradun (U.K)-2480075Product Evangelist, TATA Consultancy Services

[email protected]

Abstract— The fusion of EDFA and optical fiber causes an expansion in the transmissioncapacity over the large distances and thus making optical fiber a prevalent broadbandcommunication technique. The practical execution of EDFA offers long transmission distanceswith less attenuation. However, in order to get high transmission range with high data ratesusing existing SMF then techniques must be there to compensate the dispersion caused by fibernon linearity. In optical fiber communication, DCF and FBG are the trending dispersioncompensation techniques. The use of DCF and FBG as a method of compensation of dispersioncan notably heighten the overall performance of the system. In this paper, DCF and FBG asdispersion compensator are compared in terms of Q-factor and BER at 100 Gbps launched overa SMF of 120 Km by using Optisysem 7.0 software. On the basis of results, it is suggested to useDCF as a best chromatic dispersion compensation technique in pre compensation mode.

Keywords— Dispersion; Dispersion Compensation; Optisystem 7.0; Fiber Bragg Grating;Dispersion compensating fiber (DCF); Bit error rate (BER); Chromatic Dispersion (CD); Q-factor.



NCCS17073

Different Aspects of Smart Grid: Anoverview

Neha Nidhi1, Deepak Prasad2 and VijayNath3

1, 2, 3 VLSI Design Group,Department of Electronics and Communication Engineering,

Birla Institute of Technology, Mesra, Ranchi, India

Abstract— Smart Grid involves the application of computer, transmission line and networksinto an inactive power distribution system. It is used to improve the maintenance, operationsand technologies of the smart grid, so that the component of the power grid can easilyinterchange data. However, concerns associated with communication and management mustbe addressed before full benefits of the smart grid can be accomplished. In this paper, allaspects that are relevant to smart grid communication and information technologies, also itschallenges have been discussed

Keywords— Smart grid, Network, Transmission line, Tology, Energy



NCCS17074

1Sumit Srivastava, 2Mahesh Chanda, 3G Sahoo1,3Department of Computer Science &Engineering, BIT Mesra, Ranchi-835215

2Department of Electronics & Communication Engineering, BIT Mesra, [email protected], [email protected] , [email protected]

Abstract— The Audio System of the Humans is more complicated and not easy to analyze orunderstand than the visual systems of the humans. Due to this, various effective watermarkingalgorithm have been implemented and introduced for digital text and digital images.Only feweralgorithms have been introduced or selected for the Audio watermarking. This paper proposes a novelrobust approach for the audio watermarking using voiceprint of a speech signal with wavelet transform.Haar and different orders of Daubechies wavelets have been used for the above-mentioned task. Theperformance of voiceprint based audio watermarking using wavelet transform has been comparedbased on percentage compression, retained signal energy and Signal to Noise Ratio (SNR). Higher orderDaubechies wavelets have shown better performance for audio watermarking in terms of variousperformance parameters as mentioned.

Keywords— Discrete Wavelet Transform,Haar wavelet, Daubechies, Audio Watermarking, Human

Auditory System

Robust Voiceprint based AudioWatermarking using Wavelet Transform



NCCS17075

Neha Nidhi1, Deepak Prasad2, VijayNath3

1, 2,3Department of Electronics and Communication EngineeringBirla Institute of Technology, Mesra, Ranchi, India

[email protected]

Abstract— This paper discuss about the design and analysis of two-stage CMOS operationalamplifier. This design is operated at supply of 1.5V in 90nm CMOS technology. In this design75.17db open loop gain is achieved and having 7.73MHz unity gain bandwidth and 148.8mdegree phase margin. This circuit has 10pF capacitive load with 0.14nW average powerdissipation and slew rate is 0.25V/µsec. The presented circuit is designed and simulated incadence UMC 90nm technology.

Keywords— CMOS, Op-amp,transconductance, slew rate

A High Performance EnergyEfficient75.17dB

Two Stage Operational Amplifier



NCCS17076

Mukesh Patidar1, Namit Gupta2, Nilesh Patidar3

Department of Electronics Engineering 1, 2, 3

Shri Vaishanv Institute of Technology and Science (SVITS), Indore (M.P.)Shri Vaishnav Vidyapeeth Vishwavidyalaya (SVVV), Indore (Madhya Pradesh), 452001,

[email protected]

Abstract— Quantum-dot Cellular Automata (QCA) is new emerging technology which overcomethe limitations of CMOS technology in terms of area, power and latency. Majority Voter (MV)and Inverter (INV) are the basic elements used in designing of digital circuits in QCA. MajorityVoter can be used as either AND gate or OR gate by setting one of the input (i.e. ‘0’ or ‘1’respectively) of 3-input Majority Voter. In this paper, we proposed Hybrid Adder-Subtractorimplemented using QCA that utilizes 3-MV and 2-INV. The proposed circuit has been designedefficiently using minimum number of QCA cells and required area as compared to previouswork on Adders & Subtractors in QCA. The design of Hybrid Adder-Subtractor (HAS) is based onMajority Voter used as basic logical device instead of AND gate and OR gate. Booleanexpression has been found using J-Map gives the expression in terms of Majority Voter (MV) forproposed Hybrid Adder-Subtractor. The proposed circuit has been designed using single layerwithout crossover and tested using QCADesigner tool that utilizes 62 cells has area of 0.0518µm2 and latency of 1 clock cycle has an improvement compared to previous work had beendone. Our aim is provide an efficient design which can be useful for designing of large andcomplex digital circuits.

Keywords— Hybrid Adder-Subtractor (HAS), Majority Voter (MV), Nanoelectronic, Quantum-dot Cellular Automata (QCA), Quantum Cell.

Novel Crossover Hybrid Adder-Subtractor(HAS) design using Conservative Quantum Dot

Cellular Automata (CQCA)



NCCS17077

Automated Toll Plaza Using Barcode-LaserScanning Technology

Utkarsh Raj1 ,Neha Nidhi2 ,Vijay Nath3

1,2,3Department of Electronics and Communication EngineeringBirla Institute of Technology, Mesra, Ranchi, Pin-835215

[email protected]

Abstract— India is a developing country – a nation which always keeps on moving on wheels:stopping is not an option. Where the total number of vehicles (159,490,578 as of 2012) is morethan the entire population of US, an efficient traffic system and smart toll booths is necessaryfor the efficient movement and proper tax collection; for the wheels should never stop.

Keywords— smart toll booths, tax collection, traffic system



NCCS17078

Mimo Wideband Antenna Technique In DgsFor Enhanced Wireless Communication

Trisha Ghosh1, Sneha Tiwari2 and J.Sahay3

1,2,3Department of Electronics and Communication Engineering, BIT, Mesra, [email protected]

Abstract—In this paper, MIMO antenna is designed which consists of two planar symmetricalmonopole antennas and T-slot adjoining to the common ground plane. The return loss is below-15dB for a wider bandwidth. The overall antenna size is low as 35mm×22mm but effect of themutual coupling among the antenna elements is reduced and is below -10dB in lower range andbelow -20dB at higher frequency range within wider frequency range of 4-10.5GHz. Theresonant frequency is taken as 4.4GHz. The designed MIMO antenna has two ports whosereflection coefficient behaves as shadow of one another which is considered to be better interms of efficiency. In this process, the maximum gain achieved is approximately 2dB. Thedesign has been verified and is ready for fabrication so that the MIMO antenna can bepractically used. The design has been simulated using Ansoft HFSS software 15.0. The variousparameters like S-parameters, VSWR, gain, radiation pattern and smith chart isshownKeywords— smart toll booths,tax collection,traffic system

Keywords— QoS- Quality of Service, MIMO- Multiple Input Multiple Output, DGS- DefectedGround Structure



NCCS17079

Designing of FIR Filter using FPGA: AReview

Jyoti1, Adesh Kumar2, Anil Sangwan3

1Department of Electronics and communication, UIET, Maharishi Dayanand University,Rohtak India,

2 Department of Electronics, Instrumentation and Control Engineering, University ofPetroleum and Energy Studies, Dehradun India

3 Department of Electronics and communication, UIET, Maharishi Dayanand University,Rohtak India

Correspondence: [email protected]

Abstract— The research article represents the literature review for the designing of the FIRfilter. In this research review various paper of different authors are reviewed. The FIR filterfound a number of applications in large applications and designing of DSP and communicationsystems. As all the work nowadays revolves around the frequencies, so their detection becomealso an important factor. In the reviewed papers various techniques, methods, algorithms areused for the optimal designing of the FIR filter. In the work of the authors digital filters (FIR) aremainly used as it has an enormous range handling capability of the frequency and also find awide range of applications. The design of FIR filter is focused on HDL implementation and FPGAsynthesis. They all proposed FIR filter working and improvement in its various parameters toimprove the circuit of various designs and reduce the hardware implementation

Keywords— FIR Filter, DSP Applications, FPGA Synthesis



NCCS17080

Performance Analysis of 2 Level DWT-SVDBased Non Blind and Blind Video

Watermarking Using Range ConversionMethod

S.Muthumanickam1 and C.Arun2

1,2Department of ECE, RMK College of Engineering and Technology,Tiruvallur, Tamil Nadu -601206, India

[email protected]

Abstract— The research article represents the literature review for the designing of the FIRfilter. In this research review various paper of different authors are reviewed. The FIR filterfound a number of applications in large applications and designing of DSP and communicationsystems. As all the work nowadays revolves around the frequencies, so their detection becomealso an important factor. In the reviewed papers various techniques, methods, algorithms areused for the optimal designing of the FIR filter. In the work of the authors digital filters (FIR) aremainly used as it has an enormous range handling capability of the frequency and also find awide range of applications. The design of FIR filter is focused on HDL implementation and FPGAsynthesis. They all proposed FIR filter working and improvement in its various parameters toimprove the circuit of various designs and reduce the hardware implementation

Keywords— FIR Filter, DSP Applications, FPGA Synthesis



NCCS17081

Design Of All Terrain Rover Quadcopter ForMilitary Engineering Services

Shantanu Chaudhary1, Neha Nidhi2, Dr.Vijay Nath3

1,2,3Department of Electronics & CommunicationBirla Institute of Technology

Mesra, Ranchi , Jharkhand ,India [email protected]

Abstract— In today's world it is very much required to a country's military to be technicallyadvanced.The most famous technology in military field is use of drones or in other wordsQUADCOPTERS. Therefore I intend to aid in improving this technology by creating a ALLTERRAIN ROVER QUADCOPTER which can fly and can move also on any type of surfaces (including special case for water) which is required by military forces. It will work on normalprinciple of quad-copter and the added feature to it is it's wheel and streamlined &aerodynamic central body. It is so designed that in most of the case the propellers will not beharmed. Military can use it to pick up any small object from it ( say up to dia of 5cm ) withaverage pay load capacity. It is of grass colour so can move in bushes creating a camouflageeffect without being observed



NCCS17082

Modeling of E-content Downloader forMOOCs User

Swati Jaiswal1 and Shaligram Prajapat2

Devi Ahilya UniversityInternational Institute of Professional Studies

Indore, [email protected] [email protected]

Abstract— With the boon of MOOCs, MOODLE, online lectures, archives and digitalrepositories, users of the academic domain (which includes students and teachers on variouslevel of academics such as school, undergraduate, postgraduate and research) are uploadingand downloading e-content frequently. In this work, we present the architecture and design ofthe e-content downloader analyzer for policy and decision supports. The paper also focuses oninterface design, data description and component description for the tool development. Thework will be useful for open source community and small enterprises too.

Keywords— Downloader; MOOCs; MOODLE



NCCS17083

Modelling of Web Application for CareerSelfie

Shaligram Prajapat1 and Aman Nahta2

1International Institute of Professional Studies, Devi Ahilya University Indore2Vimaxo Overseas FZE, UAE


Abstract—The Career Selfie Web Application framework presented in this paper allow theusers to create a career pitch by following few easy steps and upload the same over the pitchwall where companies , placement agency and recruitment houses can have a look at the sameand contact the one which they like suitable.

Keywords— Career Selfie, Job Seekers, career pitch



NCCS17084

Akshay Verma1 and Shaligram Prajapat2

1,2International Institute Of Professional Studies StudiesDevi Ahilya University

Indore, Madhya Pradesh, [email protected]

Abstract— This paper presents Modeling of Automated Story Generator tool, to generateinsights from custom data-sets based on selected fiscal/budget indicators prepared by budgetresearchers.The aim of this to ‘educate’ the user into developing insights from available budgetdatasets across multiple government sources. The tool has been developed as an example toshowcase how insights can be garnered from a prepared dataset using different visualizationlike choropleth maps, Group Bar charts.The paper discusses how clustering of data can be modelled based on different parameters andat different level. The transformation of the flat dataset to modelled data format has been alsodiscussed. Conversion of flat 2-Dimensional Data format to multi-dimensional data formatrequires Data Munging using suitable scripts.Budget Data Visualization has always been a difficult task because of multiple reasons. Lack ofconsistency in format across different tiers of government and across different state budgetdocuments creates the hurdle to run automated data extraction scripts. This creates the needfor manual intervention which is a time taking process. The paper also showcases the scope ofinformation that can explored if the dataset is are prepared in clean machine readable format.

Keywords— Budget Data Visualization, Choropleth, Group Bar Charts, Data Munging,information visualization

Automated Story Generator : Modeling ofTool for Mining Insights through Budget

Indicators

Documents

rd International Conference on Nanoelectronics, Circuits ...ieteranchi.in/arch/pdf/30_11_17_nccs_Souvenir.pdf · IETE Ranchi ARTTC BSNL Ranchi ISVE Ranchi 2 3rd International Conference