atm term paper lpu

7/30/2019 atm term paper lpu

1/15

Sr no. Registration No Name

1 10902133 Avinash Sahay

2 10904091 Abhishek chopra

3 10901034 Ajay Kumar Gope

4 10906842 Pankaj Kumar

5 10904864 Kumar Gaurav

6 11013786 Aman Sharma

7 10900759 Harshita Saundh

8 11005179 Yogesh

9 10901625 Ravi Kumar

10 11012239 Harpreet Singh

11 10905106 Santosh Kumar

Singh

12 10901876 Sandeep Saini

13 10906917 Faisal Ahmad

Salmani


2/15

14 4070070044 Retheesh Raj

15 11002666 Jasleen Kaur

16 11008777 Neelesh

Chaturvedi

17 10907130 Huma Firdous

18 11011760 atul kumar roy

19 11006434 Pranav Bawa

20 10900082 Priyanka

21 11012264 Aditya Kumar

Pandey

22 10905391 Rahul Singh

23 11001585 Harwinder Singh

24 11008563 Abhishesk

Chandra Mishra

25 10904468 Akhilesh Narayan

Sharma

26 10900454 Sandeep Kaur

27 10902772 Shivam Gupta


3/15

28 11000312 Himanshu Kapoor

29 11005303 Naveen Kumar

30 10906193 Lucky Kumar

Meena

31 10802700 Narinderjeet Singh

32 11011420 Neeraj Kumar

33 11010835 Rishabh Ranjan

34 10904390 Sidharth Chaurasia

35 10901111 Amanpreet Kaur

36 4070070050 Aayush Vihan

37 10904295 Neeraj Kumar

Trivedi

38 10904539 Saurabh Sharma

39 4070070012 Gurjit Singh

40 10906505 Anuj Gupta

41 10800355 Jai Chand


4/15

42 11011460 Malika Verma

43 11002962 Dilroop Singh

44 10906037 Rajat Baliyan

45 11007673 Nand Kishore

Singh

46 10902818 Yatendra Partap

Lamba

47 4050070158 Ramandeep Kaur

48 4050070012 Amritpal Singh

49 11011589 Manojit Karmakar

50 10905910 Mohit Kumar

51 11006458 Kushagra

Shandilya

52 10903942 Shilpa Surroch

53 11009759 Ramneet Kaur

54 11013065 Alex Junior

Obamanu

55 10800500 Anuj Patwal

56 10810268 Sanjay Kumar

NOTE: FOLLOW ALL THE DEADLINES.


5/15

DATE OF ASSIGNING TERM PAPER: 2/9

DATE OF SUBMISSION OF SYNOPSIS: 18

DATE OF FINAL SUBMISSION OF TERMP

DATE OF TERM PAPER SUBMISSION: in

MARKS: SYNOPSIS (5), TERM PAPER (15

Note: Synopsis and term paper should

Check your term paper according to Re


6/15

Topic

ATM and 3G Networks

ATM and DSL Networks

Voice over ATM

Fault Tolerance in ATM Networks

Congestion control mechanisms

Universal Mobile Telecommunications System

(UMTS)

ATM LAN Emulation

ATM Frame Relay

Synchronous Optical Networking (SONET)

PARIS, Knockout, Starlight & Moonshine switch

Point-to-Point Protocol over ATM

VPI/VCI switching

AAL3/4 and AAL5


7/15

QoS In ATM

PNNI Protocol

Security issues in ATM networks

ATM Layer services

Video over ATM networks

Communication issues in parallel computingacross ATM networks

ATM networks for online monitoring system

Atm network contoller and base system

device

Environmental Impacts in ATM System Design

and Operation

Performance management issues in global

area ATM networks

Traffic control in ATM networks

Multimedia over ATM networks

Future Design and implementation issues of

ATM networks

Image compression in ATM networks


8/15

Fast Ethernet vs FDDI

ATM residential broadband

Wireless ATM

Shared ATM networks

ATM and 3G Networks

ATM and DSL Networks

Voice over ATM

Fault Tolerance in ATM Networks

Congestion control mechanisms

Universal Mobile Telecommunications System

(UMTS)

ATM LAN Emulation

ATM Frame Relay

Synchronous Optical Networking (SONET)

PARIS, Knockout, Starlight & Moonshine switch


9/15

Point-to-Point Protocol over ATM

VPI/VCI switching

AAL3/4 and AAL5

QoS In ATM

PNNI Protocol

Security issues in ATM networks

ATM Layer services

Video over ATM networks

Communication issues in parallel computing

across ATM networks

ATM networks for online monitoring system

Atm network contoller and base system

device

Environmental Impacts in ATM System Design

and Operation

Performance management issues in global

area ATM networks

Traffic control in ATM networks

Multimedia over ATM networks


10/15

12

/9/12

APER : 5/11/12

10th week according to IP

), VIVA (10) ---TOTAL (30)

e handwritten. Printouts an

no. from your UMS.


11/15

Description

Discuss the infrastructure, working methods, features and downsides of this Generation of Mobile Devices,

How did the communication took place in these devices? What are the various applications? Try and have a

diagrammatic approach to illustrate the concepts.

Discuss the technology used in both the networks, how the packets are sent. Try and have a diagrammatic

approach to illustrate the concepts.

ATM transport and cell-loss concealment techniques for voice must be discussed. Robust video

compression and transport approaches must be discussed in detail.

What is fault tolerance and how is it implemented in ATM networks. Fault-tolerant, self-routing, and high

performance switching architecture for ATM networks based on multistage interconnection networks

(MINs) should be discussed in detail.

Discuss the major factors leading to congestion and measures taken to control it. How the duration ofcongestion affects the choice of the method implemented.

What are the different interfaces in UMTS. Why is interportability and global roaming possible in UMTS.

Discuss the network in detail and impact over ATM networks.


Discuss its network management protocols and multiplexed structure. Why was it developed?

Why are these switches used and the technology behind them? What specific purpose does each of them

used to serve?

Discuss the process to process communication, how the packets are sent, what ports are used, discuss the

complete frame format and uses.

The switching and routing hardware systems used to conduct the movement of traffic should be discussed

in detail. Why are these two identifiers combined and what do they determine. Also discuss various

parameters like authentication, provider information network.

Packet type and multiplexing used in AAL. Why is control information placed in trailer? Discuss how

adaptation layer defines how to segment and reassemble higher-layer packets into ATM cells, and how

does it handle various transmission aspects.


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Comparison between both the techniques by giving detailed analysis of both and in what situations one is

better than the other.

Mention all the equipments used the transmission techniques and other salient features. Set up a dummy

network to justify the concepts. Take snapshots of actual configuration steps to illustrate the steps.

Comprehensive study of the Wireless ATM, what all is required to set it up and how does it work. Mention all

the equipments used the transmission techniques and other salient features. Set up a dummy network to

justify the concepts. Mention some applications of the same as well.

Mention all the equipments used the transmission techniques and other salient features. Set up a dummy

network to justify the concepts. Take snapshots of actual configuration steps to illustrate the steps.

Discuss the infrastructure, working methods, features and downsides of this Generation of Mobile Devices,

How did the communication took place in these devices? What are the various applications? Try and have a

diagrammatic approach to illustrate the concepts.

Discuss the technology used in both the networks, how the packets are sent. Try and have a diagrammaticapproach to illustrate the concepts.

ATM transport and cell-loss concealment techniques for voice must be discussed. Robust video

compression and transport approaches must be discussed in detail.

What is fault tolerance and how is it implemented in ATM networks. Fault-tolerant, self-routing, and high

performance switching architecture for ATM networks based on multistage interconnection networks

(MINs) should be discussed in detail.

Discuss the major factors leading to congestion and measures taken to control it. How the duration of

congestion affects the choice of the method implemented.

What are the different interfaces in UMTS. Why is interportability and global roaming possible in UMTS.



Discuss its network management protocols and multiplexed structure. Why was it developed?

Why are these switches used and the technology behind them? What specific purpose does each of them

used to serve?


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Discuss the process to process communication, how the packets are sent, what ports are used, discuss the

complete frame format and uses.

The switching and routing hardware systems used to conduct the movement of traffic should be discussed

in detail. Why are these two identifiers combined and what do they determine. Also discuss various

parameters like authentication, provider information network.

Packet type and multiplexing used in AAL. Why is control information placed in trailer? Discuss how

adaptation layer defines how to segment and reassemble higher-layer packets into ATM cells, and how

does it handle various transmission aspects.

Discuss the factors affecting quality of service in ATM networks in detail.

How does it provide various mechanisms to support scalable, QoS based ATM routing? How does it support

connection establishment across multiple networks.

What are the vulnerabilities and risks in ATM networks? How critically can sniffing, spoofing and hijackingaffect an ATM network and what measures are taken to prevent these.

Discuss how adaptation layer defines how to segment and reassemble higher-layer packets into ATM cells,

and how does it handle various transmission aspects.

ATM transport and cell-loss concealment techniques for video must be discussed. Robust video

compression and transport approaches must be discussed in detail. Lossy and lossless compression

techniques must be discussed.

Discuss the communication issues involved in parallel computing and describe some of the solutions to the

accompanying communication problems. Give particular emphasis on collective communication operations

such as multicast and global reduction.Discuss about network data collection, interpretation, processing, What are ATM probes and WAN probes.

Discuss about them in detail.

Discuss the technology used between ATM transport and base stations. Address various dimensioning

issues. Try and have a diagrammatic approach to illustrate the concepts.

The overall design issues for asynchronous transfer mode (ATM) networks are investigated by keeping in

view the various environmental factors that might affect the deployment of ATM networks.

Performance monitoring aspects of asynchronous transfer mode (ATM) networks must be discussed and then

focus on traffic and congestion control schemes.

Traffic management is concerned with ensuring that users get their desired quality of service. If the trafficdemands cannot be predicted in advance then this can lead to poor quality of service. So these aspects

must be discussed in detail.

Discuss various factors affecting the transmission of multimedia content over a high-speed ATM network.

Various issues such as selection of AAL (ATM Adaptation Layer), service class selection and others have to

be addressed.


15/15

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atm term paper lpu