CLOUD COMPUTING IN EDUCATIONAL INSTITUTION WITH INTRANET

A Technical Seminar Report Submitted

To

JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERABAD

in partial fulfillment of the requirement for the award of the degree of

BACHELOR OF TECHNOLOGY

In

COMPUTER SCIENCE & ENGINEERING By

T.SANDHYA (H.T.No: 10N01A1236)

Under the Guidance of

Mr.P.Vasanth Sena

Associate Professor

Department of Computer Science & EngineeringSREE CHAITANYA COLLEGE OF ENGINEERING

(Affiliated to JNTUH, HYDERABAD)THIMMAPOOR, KARIMNAGAR, TS-505 527.

2012-2016

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SREE CHAITANYA COLLEGE OF ENGINEERINGDEPARTMENT OF COMPUTER SCIENCE & ENGINEERING

THIMMAPOOR, KARIMNAGAR, TS-505 527

[

CERTIFICATE

This is to certify that the Technical seminar report entitled “CLOUD

COMPUTING IN EDUCATIONAL INSTITUTIONS WITHIN INTRANET” is

being submitted by T.SANDHYA (10N01A1236), in partial fulfillment of the

requirements for the award of the Degree of Bachelor of Technology in Computer

Science & Engineering, to the Jawaharlal Nehru Technological University

Hyderabad, is a bona fide work carried out by the student under my guidance and

supervision.

Project Guide Head of the Department

Mr.P.Vasanth Sena Mr.K.Srinivas,Associate Professor, Associate Professor, Department of CSE, Department of CSE, Sree Chaitanya College of Sree Chaitanya College of Engineering. Engineering.

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ACKNOWLEDGEMENTS

The Satisfaction that accomplishes the successful completion of any task would be incomplete without the mention of the people who make it possible and whose constant guidance and encouragement crown all the efforts with success.

It is my privilege and pleasure to express my profound sense of respect, gratitude and indebtedness to my guide Mr.P.Vasanth Sena ,Associate Professor Department of CSE&IT, SCCE, for his constant guidance, inspiration, and constant encouragement throughout this Technical Seminar report.

I wish to express my deep gratitude to Mr.K.Srinivas, Associate Professor and HOD, Department of CSE, SCCE, Karimnagar for his cooperation and encouragement, in addition to providing necessary facilities throughout the Technical seminar report.

I sincerely extend my thanks to Dr.R.V.R.K.CHALAM, Principal, SREE CHAITANYA COLLEGE OF ENGINEERING, Karimnagar, for providing all the facilities required for completion of this Technical Seminar report.

I would like to thank all the staff and all our friends for their good wishes, their helping hand and constructive criticism, which led to the successful completion of this Technical seminar report.

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I have been immensely indebted to my parents, brothers and sisters for their love and unshakable belief in me and the understanding and ever-decreasing grudges for not spending time more often. I will now, since the excuse is in the process of vanishing by being printed on these very pages.

Finally, I thank all those who directly and indirectly helped us in this regard. We apologize for not listing everyone here.

T.SANDHYA(10N01A1236)

DECLARATION

I here by declare that the work which is being presented in this Seminar report

entitled, “CLOUD COMPUTING IN EDUCATIONAL INSTITUTIONS

WITH INTRANET”, Submitted towards the partial fulfillment of the requirements

for the award of the degree of Bachelor of Technology in Computer Science &

Engineering, S.C.C.E, Karimnagar, is an authentic record of our own work carried out

under the guidance of Mr.P.Vasanth Sena, Associate Professor, Department of CSE,

S.C.C.E, Karimnagar.

To the best of my knowledge and belief, this technical seminar bears no

resemblance with any report submitted to SCCE or any other University for the award of

any degree or diploma.

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T.SANDHYA(10N01A1236)

Date:

Place:

CONTENTS

Acknowledgements. (iii)

Declaration. (iv)

Contents.

(v)

.

1. INTRODUCTION 1

1.1 Problem Definition. 2

1.2 Objectives of Topic 3

2. LITERATURE SURVEY 5

2.1 History 5

2.2 Introduction 5

2.3 Features

3. TECHNICAL EXPLORATION 6

3.1 What is It?

3.2 How does it work?

3.3 Advantages

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3.4 Application

3.4.1. Gaming

3.4.2. Robotics Robotics

3.4.3. Music and Video

3.4.4. For surgeons

3.4.5. Physiotherapy

3.4.6 Art & Design

3.4.7.Apps developed by leap

CONCLUSION.

REFERENCES.

1. INTRODUCTION

1.1 PROBLEM DEFINITION:Leap Motion is a touch less user interface, allowing users to interact with a

computer by waving a finger or hand. It's in the same category as a keyboard, mouse,

touch screen, or Dual Shock controller; it turns physical actions into data that can be

recognized by a computer.

1.2OBJECTIVE: Create a online application to be used in place of old paper based user Employee

Salary manage process.

Use .NET and SQL Server technology to create strong and secured database

connectivity.

Incorporate the server software within the code.

Runtime package and deployment instructions are given.

1.3 ORGANIZATION DOCUMENTATION:

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Has an R&D service that continuously works on future enterprise of the

technologies.

Innovate new approaches in designing and developing business solutions for

clients.

2. LITERATURE SURVEY

2.1 INTRODUCTION:

Literature Survey is the most important step in software development process.

Before developing the tool it is necessary to determine the time factor, economy and

company strength. Once these things are satisfied, then next step is to determine which

operating system and language can be used for developing the tool. Once the

programmers start building the tool the programmers need lot of external support. This

support can be obtained from senior programmers, from book or websites. Before

building the system the above consideration are taken into account for developing the

proposed system.

The researcher could start the Literature Survey even as the information from the

unstructured and structured interviews is being gathered. Reviewing the literature on the

topic area at this time helps the researcher to focus further interviews more meaningfully

on certain aspects found to be important is the published studies even if these had not

surfaced during the earlier questioning. So the Literature Survey is important for

gathering the secondary data for the research which might be proved very helpful in the

research. The Literature Survey can be conducted for several reasons. The Literature

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review can be in any area of business.

2.2 HISTORY OF LEAP MOTION:

Leap Motion is a 3D controller that made its public debut this week, after two

years of work on device, during which time founders Michael Buchwald and David Holz

raised $14.55 million in funding. The Leap Motion is a motion control interface designed

for use with existing computers, and in demo videos the device calls to mind natural, sci-

fi interfaces like the one found in the Tom Cruise blockbuster Minority Report. heads and

tails above most of what’s out there.

In a time where computer companies are majorly focused on ‘touch-screen’

functionality, the San Franciscan startup is doing things differently, taking a ‘hands-off

approach’. Asus Technology Company too, is thinking differently, partnering with the

motion-control software and Hardware Company. The personal computer company will

start bundling select models with Leap Motion controllers, launching them into the

‘future of computer interaction. ’Buchwald says the Leap’s technology allows for more

natural computer interaction than a touch screen or a computer mouse. “It’s much more

intuitive because you don’t have to remember a new sign language,” he says. “Someone

can reach out as they would in the real world.”

Leap Motion is a company based in San Francisco that has developed a

technology call gesture control technology.   This technology is will allow you to control

your computer with a wave of your hand.   The Leap Motion technology is more accurate

than a mouse or touch screen, so this will totally change how we will interact with

computers and tablets. It is a breakthrough in computer interaction, using a patented

mathematical approach to 3D,touch free motion sensing & motion control software that’s

alike anything that currently exist on the market. Through this new technology we can

say good bye to Mouse & Keyboard.

2.3 Features of Leap Motion:

• Basic computing tasks like navigating an operating system or browsing through Web

pages.

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• Precise virtual drawing in 2-D and 3-D.Signing a digital document by writing in air.

• Navigating large-scale 3-D data visualization systems.

• Creating and manipulating 3-D models like houses and cars.

• Playing computer games, including fast-twitch first-person shooters

3. DESIGN AND IMPLEMENTATION

3.1 WHAT IS LEAP?The LEAP is a small iPod sized USB peripheral that creates a 3D interaction

space of 8 cubic feet to precisely interact with and control software on your laptop or

desktop computer. It’s like being able to reach into the computer and pull out information

as easily as reaching into a cookie jar.

FIG 3.1.1 LEAP MOTION DEVICE

The Leap senses your individual hand and finger movements independently, as

well as items like a pen. In fact, it’s 200x more sensitive than existing touch-free products

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and technologies. It’s the difference between sensing an arm swiping through the air and

being able to create a precise digital signature with a fingertip or pen.Physically, the Leap

is a small silver rectangle with a sensor pointing upwards hidden behind a panel of black

plastic. From a design stand point, the Leap looks like something Apple might have come

up with. Operationally, both windows and OSX will be supported from the outset with

the FAQ hinting at eventual Linux support, though as with many products this might take

a while.

The Leap is designed to sit right in front of your monitor or laptop and sense

movements with startling accuracy. Alone with a flick of your pinky or wave of the hand

the device is designed to detect small item like pencil, chopstick and allowed for gestures

like pinch- to-zoom to be used in 3D,touch-free sensor space.

The company is releasing tools so developers can make their apps work with the

device. Although Leap isn’t alone in working on gesture control for PCs, it seems to be

the furthest along in bringing the technology to the masses. The device is much less

expensive than the PC version of  Microsoft’sKinect motion controller, which sells for

$250, and though its detection range is smaller, it’s more accurate, tracking movement

down to 1/100th of a millimeter. Leap also has competition from Elliptic labs which has

developed radar-like gesture software for Windows 8 devices, but it’ll be up to hardware

makers to integrate Ecliptics’ technology. According to engadget, that may not happen

for another year or so.

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FIG 3.1.1 LEAP MOTION DEVICE

3.2 HOW DOES IT WORK?Raise your hands and wave hello to the future. The Leap Motion controller senses

your individual hand and finger movements so you can interact directly with your

computer. Just connect our iPod-sized device and instantly get 8 cubic feet of awesome,

intuitive, 3D interaction space.

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FIG 3.2.1 STRUCTURE OF LEAP MOTION DEVICE

With the Leap Motion controller, interacting with your computer has never felt

more natural or intuitive. To get started, just plug the Leap Motion controller into a USB

port. Load the Leap Motion software. Do a quick wave to calibrate. In minutes, you’ll be

controlling your computer using only your hands

.Leap Motion, a San Francisco-based motion-control software and hardware

company, unveiled a new way to control computers.Using a USB connection, the device

creates four cubic feet of space to interact with a computer. The controls are similar to

using a touch screen computer in the air. But what's more impressive is the accuracy that

the Leap can measure.

Currently, Microsoft Kinect is the biggest player in the 3D motion-control

technology. However, Kinect is not accurate enough to track handwriting. Leap Motion

says the Leap is 200 times more sensitive than existing technologies.

"It was this gap between what's easy in the real world but very complicated to do

digitally, like molding a piece of clay or creating a 3D model, that inspired us to create

the Leap and fundamentally change how people work with their computers,"

Leap Motion chief executive officer and co-founder Michael Buchwald said in a

press release.

"In addition to the Leap for computers, our core software is versatile enough to be

embedded in a wide range of devices, including smart phones, tablets, cars and

refrigerators. One day 3-D motion control will be in just about every device we interact

with, and thanks to the Leap, that day is coming sooner than anyone expected."The Leap

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retails for $69.99 and is available for pre-orders now. The device will ship this

winter.Interact with, and thanks to the Leap, that day is coming sooner than anyone

expected. “The Leap retails for $69.99 and is available for pre-orders now. The device

will ship this winter.The system can register and follow as many items as can be placed

within the 3-D space it tracks. We placed three hands (and their 15 fingers) into the

tracked area, and all body parts were recognized by the system. An air-hockey demo

showcased a two-person gaming environment, but developers could no doubt come up

with something even more impressive that pushes the limits of gaming.

3.3 ADVANTAGES OF LEAP MOTION:The tiny oblong device may look like any old USB stick but in actual fact it

contains the power to change how we interact with computers for ever.

The leap motion offers a lot of potential to many professions particularly the

creative kind. Imagine being able to mould and create design in your hands and it to

appear on the computer screen.

The leap motion will not hold potential for creative types but will be extremely

helpful for professional who work with 3D images such as scientist examining molecular

or energy experts studying oil exploration maps. An added advantage is that it is portable

so We can use it anywhere at any situation.

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3.4 APPLICATIONS OF LEAP MOTION

3.4 .1 GAMING

More intuitive compared to mouse or even touch screens

Greater accuracy

Greater responsiveness

FIG 3.4.1 LEAP MOTION IN GAMING

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3.43.4 .2 ROBOTICSROBOTICS

Self-Navigate

Mimic Human Movements

FIG 3.4.2 LEAP MOTION IN ROBOTICS

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3.4 .3 MUSIC AND VIDEO

DJ/Music Mixing

Video Editing

FIG 3.4.3 DJ/MUSIC MIXING AND VIDEO EDITING

3.4 .4 FOR SURGEONS

Contactless.

Maintain sterilization

Manipulating screens

Viewing reports

3.4 .5 PHYSIOTHERAPY

To remotely monitor patients as they undergo re habitation.

Engage children recovering from injuries by merging physiotherapy and games.

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3.4 .6 ART & DESIGN

Offers better ergonomics compared to mouse

More intuitive 3D interface

Greater accuracy and responsiveness

Easy to use with simple form factor

Relatively cheaper than competitors

FIG 3.4.4 LEAP MOTION IN ARTS & DESIGN

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3.4 .7 APPS DEVELOPED BY LEAP:

Leap applications are full of potential, and software developers are eager to push Leap’s

technology towards new and exciting directions. Here is a list of the popular application

categories Leap software developers would like to create for:

FIG 3.4.5 PIE CHART FOR LEAP MOTION

1. Games – 14%

2. Music and video – 12%

3. Art and design – 11%

4. Science and medicine – 8%

5. Robotics – 6%

6. Web and social media – 6%

7. Education – 4%

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CONCLUSIONLeap Motion Technology is the wave of the future. The leap represents a significant step

forward for TOUCH free, motion sensing technology and the sensible price point means

we won’t need to a finished artist CEO or stinks rich to get us hands on one. The

potential and many applications here are truly exciting but if the device really is going to

be the revolution. In UI control that leap motion look like, then it will require some clever

integration into the software we use on a daily basis. Right Now Leap only

supports Windows7/8 or Mac OS X and Linux support is on the schedule.

REFERENCES• http://en.wikipedia.org/wiki/leap

• http://www.leapmotion.com/

• http://www.geek.com/.../leapmotion

• http://www.tomshardware.com/.../Leap-Motion

• http://www.engadget.com/.../leap-motion

• http://www.revolutionbox.org/Thread-Leap-Motion

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