Final Year Projects 2030

final year|biomedical projects|instrumentation projects| (chennai)

2011-05-11T00:26:00.001-07:00

WE ARE THE MANUFACTURERS, WE ARE NOT RESELLERS

MAASTECH is an embedded solution provider with a vision to develop industrial and educational projects with a specific approach on the customer's focus and need, started with the professional approach to problem identification, analyze and solving.

We established in AUGUST 2002. Our Motto is to render new technologies in the field of electronics world and to become the master in embedded industry. We are presently into training development and act as service provider. We have our own sourcing unit to undertake Engineering Projects from various fields like Embedded, VLSI, DSP and Wireless Communication.
The student segment is reached through advertisements in various media and through local promoters and thru sponsoring. Students are taught and trained from the fundamentals such as electronics and computer software languages. The training is conducted in our premises.

dear students ur idea can be implemented
MAAS TECH is an embedded solution provider with a vision to develop industrial and educational systems with a specific approach on the customer focus and need.
MAAS TECH undertakes Company(industry) and Student Projects, In plant Training,mini-projects and Embedded Course.
We undertake projects on the following areas
ieee,matlab projects,VB,JAVA,J2EE,.NET
Bio Medical ,Biometrics (finger print) projects
ProximityCard, RFID projects
Mobile phone,RF Controlled projects
GSM, GPS interfacing PROJECTS
Electrical Motor Driver/Controller Projects
Robotics And Mechatronics projects
Process Control, PID and Fuzzy Logic projects
plc,scada,igbt,thrystor,sub-station,
statcom,plcc
Students idea can be implemented.
For details please visit www.maastechindia.com

MAAS TECH
89, Rangarajapuram Main Road,
Kodambakkam, chennai – 600024
Email: info@maastechindia.com, maastech@vsnl.net
Ph: 044-24844676
Contact person: R. Ashokkumar
Mobile: 9840234766, 9884101622

Inplant training,mini projects,final year projects for following degrees.

B.E(ECE,EEE,E&I,ICE,MECH,CSE,IT)

B.TECH(ECE,E&I,EEE,MECH ,CSE,IT,ROBOTICS)

M.TECH(EMBEDDED SYSTEMS)

DIPLOMA IN(DECE,DEEE,DCSE,ROBOTICS,)

Final Year Instrumentation and Control Projects

2011-05-11T00:24:00.002-07:00

This post is regarding the Project topics for Instrumentation and Control Engineering Discipline final year Students.

I will first give out the instrumentation and control engineering project titles first, if you need any help in that particular topic, you may contact me in the comment form..

Industrial machine Data (sensors) Transmitting, Receiving And Control Through Walkie Talkie.
Temperature Reding And Controlling Through Fibre Cable.
Wireless Controlling For Boiler / Gas Stove temperature / Timer / Flame Controlling System.
Finger print recognition.
Using SCADA for Process Control
Data Acquisition for Process Control using Lab View Software.
PLC based Dc Servo Motor Control System
HEART BEAT MONITOR WITH WAVE ON LCD(PIC BASED)
Instrumentation Project on POWER GRID CONTROL THROUGH PC.
Temperature Reading Data - Transmitted Through Fibre Cable.

final year projects electronics electrical embedded instrumentation biomedical final year projects

2011-05-11T00:24:00.000-07:00

FOR IMMEDIATE RELEASE
(Free-Press-Release.com) October 27, 2009 --
Dear sir/madam

IEEE PROJECTS/EMBEDDED PROJECTS OFFER MAASTECH,

WE ARE THE MANUFACTURERS, WE ARE NOT RESELLERS

MAASTECH is an embedded solution provider with a vision to develop industrial and educational projects with a specific approach on the customer's focus and need, started with the professional approach to problem identification, analyze and solving.

We established in AUGUST 2002. Our Motto is to render new technologies in the field of electronics world and to become the master in embedded industry. We are presently into training development and act as service provider. We have our own sourcing unit to undertake Engineering Projects from various fields like Embedded, VLSI, DSP and Wireless Communication.

The student segment is reached through advertisements in various media and through local promoters and thru sponsoring. Students are taught and trained from the fundamentals such as electronics and computer software languages. The training is conducted in our premises.

Dear Student your idea can be implemented

MAAS TECH is an embedded solution provider with a vision to develop industrial and educational systems with a specific approach on the customer focus and need.

MAAS TECH undertakes Company(Industry) and Student Projects, In plant Training,mini-projects and Embedded Course.

We undertake projects on the following areas

IEEE,MATLAB projects, EMBEDDEDMICROCONTROLLER,

POWER ELECTRONICS,BIOMEDICAL, DIGITAL IMAGE PROCESSING,

APPLIED ELECTRONICS,CONTROLSYSTEMS,

PIC16F877,PIC16F73,PIC16F84,PIC18F4520,DSPIC30F4013

ATMEL AT89C51,AT89S8252,AVR,ARM PROCESSOR

VB,JAVA,J2EE,.NET

Bio Medical ,Biometrics (finger print) projects

ProximityCard, RFID projects

Mobile phone,RF Controlled projects

GSM, GPS interfacing PROJECTS

Electrical Motor Driver/Controller Projects

Robotics And Mechatronics projects(Any type of models like conveyors,robotics,antilockbraking systems,automobiles,…..

Process Control, PID and Fuzzy Logic projects

plc,scada,igbt,thrystor,sub-station,

statcom,plcc

Students idea can be implemented.

For details please visit www.maastechindia.com

MAAS TECH

89, Rangarajapuram Main Road,

Kodambakkam, chennai – 600024

Email: info@maastechindia.com, maastech@vsnl.net

Ph: 044-24844676

Contact person: R. Ashokkumar

Mobile: 9840234766,

Inplant training,mini projects,final year projects for following degrees.

B.E(ECE,EEE,E&I,ICE,MECH,CSE,IT)

B.TECH(ECE,E&I,EEE,MECH ,CSE,IT,ROBOTICS)

M.TECH(EMBEDDED SYSTEMS,POWER ELECTRONICS,CONTROL SYSTEMS,APPLIED

ELECTONICS,ROBOTICS,COMMUNICATION

SYSTEMS………………………………)

DIPLOMA IN(DECE,DEEE,DCSE,ROBOTICS,)

Instrumentation Project Report On PLC

2011-05-11T00:23:00.000-07:00

This is a very good project report on PLC i.e. Programmable Logic Controller for Instrumentation Students for their project work.A programmable logic controller (PLC) is an electronic device that controls machines and processes and thus help in Quality production and save in money and time. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.PLCs development began in 1968 in response to the request from hydromatic division of general motors. PLC has many Advantages like Reliability, Flexibility, cost effective, Easy Documentation, Speed etc. Students should this report on PLC for their reference.
This report will Tell what is PLC, what is use of PLC, Advantage of PLC, Variable voltage variable frequency drive etc.

DOWNLOAD

Engineering Projects - Final Year - Electrical, Electronics, Communication, Instrumentation, ECE,EEE,E&I, ICE,CSE,IT etc

2011-05-11T00:22:00.001-07:00

1.	GSM CONTROLLED DOOR LATCH OPENER WITH SECURITY DIALUP WITH CHANGEABLE TELEPHONE NUMBERS (8051BASED)
2	POWER GRID CONTROL THROUGH PC
3	i.V.R.S. SYSTEM FOR INDUSTRIAL CONTROL
4	RF CONTROL OF INDUCTION MOTORS AND OTHER INDUSTRIAL LOADS
6	8051 Microcontroller Based G.S.M. controlled Switch With Voice
7	Six Channel Petrochemical Fire Monitoring & Control Station (8051)
8	8051 Based Token Number Display With Voice & Security
9	Home/Office Security System (Teleguard)
10	IBM PC HDD,FDD,PRINTER SIGNAL INDICATOR AND FAULT LOCATOR CARDS(SET OF THREE CARDS)
11	MINI LCD SCOPE
12	ELECTRONIC EYE 8051 BASED
13	ELECTRONIC EYE 8051 BASED WITH EVENT LOGGING ON PC
14	Hotel Power Management Through PC
15	µc Based PT-100 Temperature Controller
16	Microcontroller Based Code Lock With Security Telephone Dialer
17	REAL TIME 8CHANNEL DATA LOGGER
18	8CH DATA LOGGER THROUGH RADIO LINK
19	Load Shedder
20	Home automation Through P.C.
21	inductance , capacitance and frequency meter.
22	PC TO PC LASER COMMUNICATION
23	PC TO PC FIBER- OPTIC COMMUNICATION
24	BILGE OIL WATER SEPARATOR
25	AUTOMATIC TOLL TAX
26	AUTOMATIC CONTROL OF UNMANNED RAIL GATE
27	AUTO-ANSWERING WITH SECURITY DIAL-UP
28	PROGRAMMABLE LOGIC CONTROLLER (PLC)
29	heart beat monitor (8051BASED)
30	INTELLIGENT SAUNA BATH CONTROL SYSTEM
31	REMOTE MONITORING AND ALARM ON PC USING RADIO LINK
32	EIGHT CHANNEL DATA LOGGER 89C51BASED
33	CONTROL SYSTEM FOR MODERN HOUSE
34	PAIN MONITOR
35	PATIENT MONITORING SYSTEM
36	R.F. CONTROLLED INTELLIGENT ROBOT CAR WITH CORDLESS VIDEO-CAM .SENDS VIDEO & SOUND ON MONITOR/TV CONTINUOUSLY. CAN BE USED FOR SPYING PURPOSE RANGE 50 YARDS RADIAL . BASED ON 8051 MICROCONTROLLER
37	P0WER HOUSE MONITORING THROUGH RADIO FREQUENCY
38	DC MOTOR SPEED CONTROL USING RADIO FREQUENCY (8051)SUITABLE FOR ROBOTIC ARM (TWO ANGLE)
39	DC MOTOR SPEED CONTROL FROM PC COM PORT(8051)SUITABLE FOR ROBOTIC ARM (TWO ANGLE)
40	DC MOTOR SPEED CONTROL THROUGH PUSH SWITCHES(8051)
41	TELEPHONE CALLS LOGGER ( LOGS ALL incoming and outgoing CALLS TO PC)
42	RFID TX AND RX KIT WITH TWO IDS ( SECURITY APPLICATION)
43	RFID TX AND RX KIT WITH TWO IDS ( ROUTE MAP APPLICATION)
44	RFID TX AND RX KIT WITH TWO IDS ( ATTENDANCE REGISTER)
45	HOME APPLIANCES CONTROL THROUGH PC
46	SAFE LANDING SYSTEM
47	BUILD YOUR OWN 8051/52/55 PROGRAMMER
48	BUILD YOUR OWN EMBEDDED DEVELOPMENT BOARD P89C61
49	REAL-TIME INDUSTRIAL PROCESS CONTROL AND MONITORING USING GSM PHONES
50	LINE FOLLOWER ROBOT
51	LIGHT FOLLOWER ROBOT
52	INFRA RED CONTROL FOR PC
53	DRIVER ALERT
54	CONTACT LESS TECHO GENERATOR
55	HEART BEAT MONITOR WITH WAVE ON LCD(PIC BASED)
56	IR FOLLOWER ROBOT
57	PARKING RADAR
58	MULTI CORE CABLE TESTER
59	KITCHEN TIMER
60	ROOM THERMOMETER
61	DIGITAL LOCK
62	PHOTIC PHONE
63	PIC LCF METER
64	RADIO FREQUENCY REMOTE CONTROL BOARD (CONTROL EIGHT RELAYS)
65	MICROCONTROLLER BASED SECURITY DIAL UP WITH EVENT LOGGING TO PC
66	HOME AUTOMATION USING GSM
67	GSM IVRS
68	AUTOMATIC TOLL TAX WITH VOICE USING 8051
69	INDUSTRIAL AUTOMATION & MONITORING SYSTEM

instrumentation projects for final year students

2011-05-11T00:21:00.001-07:00

A. Electronic Instrument or Electrical Appliances Watts / Efficiency Calulator.
B. Telephone Line Or Cellphone Through Remote Instrument Servicing / Minor Repair Attending System.
C. Wireless (Power Line Through 230v AC Mains) HT Transformer Servicing System.
D. Electronic Comtroller For Telephone Heavy Billing Charger.
E. Wireless Multipoint Voltage Reding System.
F. Net Through Temperature Reding [censored] Controlling System.
G. Wireless Controlling For Boiler / Gas Stove temperature / Timer / Flame Controlling System.
H. Cellphone Through Temperature Reading [censored] Controlling System.
I. Cellphone Through Patient Body Temperature / Heart Rate Reding System.
J. Hardware Lock For Any Kind Of Software In The Computer.
K. Unauthorised Computer File Accessing Or Copying Of Peripheral Devices (printer etc,..) Auto Detecation And Auto Telephone or Celluler Dialing To Owner / Incharger.
L. Hospital In Patient's Blood pressure / Body Temperature/ Heart Rate / Heart Bet Auro Detecation System.IF The Value Exceeds The Determined Value, It Gives The Emergency Wireless Paging To The Concerned Doctor / Nurse.
M. Temperature Reding And Controlling Through Fibre Cable.
N. Temperature Reding Data Are Transmitted Through Fibre Cable.
O. Patient's Fever / Body Temperature / Blood Pressure / Heart Rate / Heart Beat Wireless Paging Auto Analysing And Auto Temperature Dialing To Concerned Hospital.
P. Pressure Sensing [censored] Controlling (value) Through Fibre Cable.
Q. Industrial machine Data (sensors) Transmitting, Receiving And Control Through Walkie Talkie.
R. Remote Data TransMitting Receiving Control Through Cellular.
S. Fibre Cable Through Motor Tacho Reding.
T. Wireless Motor Tacho Reading With Voice Communication.
U. Telephone Line through Temperature Indicator [censored] Controller.
V. Wireless Metal Detector.
W. Wireless Portable industrial machines On/Off Status System (Carrier Communication Method).
X. Advanced Magnetic Card.
Y. PC As Voltmeter / Counter / Tacho / Temperature / Body Temperature.
Z. In Circuit Emulators.
AA. PC Based Digital IC Tester.
BB. Digital 3 Phase Voltmeter. (440v)
CC. Internet Through Multichannel Electrical Appliances Controlling On/Off System (Remote Control).
DD. Internet Through Remote Multichannel Electrical Appliances Status (On/Off) Reding [censored] ControllingSystem.
EE. Duplicate / Original product Manufacturing / Expiry Date, Rate Finding Through Internet.
FF. Mainline Wire Identifier For Phase Or Neutral Or Earth.
GG. Telephone Line Through Automatic Gas Cylinder/ Travel Ticket / Any Booking System.
HH. Embedded To Embedded Data Communication / Controlling Through Walkie Talkie / Telephone / Cellphone / Fibre Cable.
II. Embedded To PC Data Communication / Controlling Through Walkie Talkie / Telephone / Cellphone / Fibre Cable.
JJ. Telephone Line Monitoring System (Watching Dog).
KK. RYB Phase Cables Wireless Identifier.
LL. PC Based Cable Tester For Parallel / Serial Port UTP Cable etc.,
MM. Power Failure Auto Alert Announcement System For Whole Area Electrixal Consumers Through Wireless Power Line Method From EB Station.
NN. Artifical Eye For Blinds.
OO. Wireless Auto Railway Traffic Signalling [censored] Automatic Gate Close / Open System.
PP. LPG Gas Cylinder's Leakage Detecation.
QQ. Multi / Single Storage Tank Wireless Liquid Level Indicator [censored] Wireless Suction Motor / Inlet Motor Controlling System
RR. Wireless Security System Using Wireless Infra Red Sensors. 45. Voting Machine.
SS. Industrial Multi Channel Control Through Fibre Cable.
TT. Complete Telephone Line Through Remote Monitoring & Controlling System For House / Industry.
UU. Bio Telemetry Based Ecg Signal Through Telephone Line.
VV. Hare Meter For Mobile.
WW. Blood/ Glucose Flow Rate Controller (Motorised) [censored]
A. Number plate recognition.
B. Noise cancellation.
C. Iris recognition system using digital camera.
D. Spread spectrum.
E. Finger prient recognition using hardware.
F. Face recognition using EIGEN OR NURAL NETWORK OR SINGULAR VALUE DECOMPOSITION.
G. Iris recognition (only matlab).
H. Finger print recognition.
I. Road sign identification.
J. Image Compresion using JPEG OR HARR WAVLET OR SPIHT.
K. PWM Switch using genetic algorithm.
L. PWM Switching using neural network.
M. Selected harmonic elimination using genetic algorithm.
N. Voice recognition.
O. Speaker recognition.
P. Secure data Communication.
Q. AC to DC, DC to AC, PWM simulation.
R. Iris based Securityu system.
S. Fault analysis of electronic circuit using matlab. (BCD to seven Segment).
T. Jaw movement analysis.
U. Energy Calculation using matlab.
V. Harmonic analysis and filter design using matlab

Cloud computing projects ideas for final year students - Chennai

2011-05-11T00:20:00.001-07:00

Cloud computing IEEE 2010-2011 final year projects in chennai
Advanced Cloud computing IEEE 2010-2011 final year projects in chennai for BE/BTech IT & CSE
Innovative cloud computing projects in chennai based on IEEE 2010-2011 paper with advanced technologies
Contact 99625 30535 www.matrixcubes.com
1) Parallel cloud computing
2) Mobile-System Cloud Computing
3) SHared code cloud computing
4) Shared resource cloud compting

Final Year Project (FYP) Suggestions and Ideas

2011-05-11T00:19:00.001-07:00

From time to time, I receive emails and concerns of students regarding Final Year Project (FYP). And we even get request for organizing events on FYP. At the start of the year, it’s mostly NEDians that ping us and in summer, students from FAST-NUCES, University of Karachi, Bahria University send us their queries.

And mostly these queries are related to

What we should do in the FYP
Can you give us any idea?
What if we want to participate in Imagine Cup?
We want to do something good in FYP.
Tell us the technology on which we develop Final Year Project

So I thought maybe its good time to write a detail post on blog about what I feel about FYP and answer to some of the common concerns student raise.

Why Final Year Project Matters?

I always emphasize on the importance of Final Year Project (FYP) and we can say it’s one of the most important aspects of your degree. It is the point where you can apply knowledge or what you have been learning in the past few years. It is the point that creates an ordinary graduate vs. an entrepreneur. It is the point that creates meaning of your degree and your existence as an engineer. It is the way of getting exposure and experience of what real world problems are, if done properly. It will inevitably be used as a gateway to industry and to discriminate YOU among your peers.

What you can do in FYP?

Final year project usually span across 6 months to 1 year. I recommend you to take it seriously and do something hard, so don’t do just simple websites or simple ABC management system. Do something which you are passionate about and that makes you exciting, don’t get afraid, and accept big challenges. Utilize technology and go beyond what was not achievable before time.

Make a meaning: Try to solve real life issues, it might be big or small, but at the end of the project it must contribute in some manner to the society. Also, don’t delay it till the end of semester/year to work on FYP because in that case it will be nearly a piece of garbage not creating any meaning.

From my experience, I have observed that mostly highly praised projects are somewhat

An implementation of research paper (after all computer scientist/engineer)
A combination of hardware + software to solve a real world problem
Project following Imagine cup theme and level
Newest trend/buzz word/paradigm in the industry
Working with organization to solve a problem, more than just an ordinary ABC Management System (Make sure you deliver them your project at the end)
Integrate with online platform such as LinkedIn, Facebook, Google Code, Live etc to solve a great problem
Unleash computing/storage power by utilizing cloud platform and achieve something that was not possible before Cloud/Grid

Also make sure the material and guide related to your project in available online, you may also refer to IEEE or ACM libraries and digital content.

Which Technology/Platform you should use?

Now this is very famous question. Computer Science/Engineering students keep asking about what technology/platform we should use such as Sun Java, Microsoft .NET or C++ etc. and it is pretty interesting question.

The answer to this question is that it depends on what you want to do in future. Perhaps at many occasion, I have instructed students to taste several platforms before graduation and let final year project be on platform which you like most. For example, Starting from a procedural language in first semester such as C, move to learn OOP in C++ and then in third year make a project such as networking and database using .NET and Java.

So what I mean from “It depends on what you want to do in future” is basically number of factors that you want to

Continue your career in particular platform (probably because you like it or there are more job opportunities in it)
Participate in any Software competition that might have some requirement. For example, if you want to participate in Imagine Cup you probably should go for .NET platform

Whatever reason be it for selecting platform, it’s always better to have your interest in it :)

I guess that’s all for this post. I will write few more posts on FYP such as participating in Imagine Cup, about FYP Presentation and some other FYP ideas you can work on. If you have any specific questions, please feel free to ask I will include them in upcoming post.

Final year IEEE projects in Bangalore Malleshwaram Cegonsoft

2011-05-11T00:17:00.002-07:00

Milestone in IEEE Projects, Application Projects by Cegonsoft:
1. In the last academic year, 2009-10, we have trained more than 3000 project students.
2. We have trained more than 15000 project students.
3. Our research projects had participated in various National and International Conferences.
4. Most of our projects were identified by the industries as suitable for their needs.
5. Over ten projects were focused by media and awarded by various industrial & Government bodies.
6. We have offered Projects to students of various Engineering and Arts & Science Colleges in India as well as abroad.

Project Details are as follows,

ABOUT DOMAIN AND ************
JAVA IEEE PROJECT LIST IN 2010 OFFERED BY CEGONSOFT
YEAR
IEEE- TRANSACTIONS ON NETWORKING
2010
IEEE- TRANSACTIONS ON NETWORK SECURITY 2010
IEEE-TRANSACTIONS ON DEPENDABLE AND SECURED COMPUTING 2010
IEEE- TRANSACTIONS ON NETWORKING COMMUNICATION 2010
IEEE- TRANSACTIONS ON PARALLEL AND DISTRIBUTED SYSTEM 2010
IEEE- TRANSACTIONS ON MOBILE COMPUTING 2010
IEEE- TRANSACTIONS ON WIRELESS COMMUNICATION 2010
IEEE- TRANSACTIONS ON CLOUD COMPUTING 2010
IEEE-TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 2010
DOTNET IEEE PROJECT LIST IN 2010 OFFERED BY CEGONSOFT
YEAR
IEEE-TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 2010
IEEE- TRANSACTIONS ON NETWORKING 2010
IEEE-TRANSACTIONS ON DEFENDABLE AND SECURED COMPUTING 2010
IEEE- TRANSACTIONS ON CLOUD COMPUTING 2010
IEEE- TRANSACTIONS ON NETWORK SECURITY 2010
JAVA NON IEEE - WINDOWS APPLICATION
NETWORKING APPLICATION
WEB BASED APPLICATION

DOTNET
NON IEEE - WINDOWS APPLICATION
NETWORKING APPLICATION
WEB BASED APPLICATION

final year project in cloud computing, mobile Comp

2011-05-11T00:17:00.000-07:00

MATRIX CUBE TECHNOLOGIES Innovative Final year IEEE Projects 2010-2011 in latest below technologies

1) Cloud Computing

2) M- Commerce

3) Mobile Computing

4) Speech Recognition

5) Interactive Voice Response

6) DTMF Technologies

7) EMBEDDED SYSTEMS

8) Robotics

9) Intelligent Automation

10) Voice Automation

11) NS2 Projects

12) MATLAB Projects ,

FInal year projects in Cloud Computing IEEE 2010-2011 - Chennai

2011-05-11T00:15:00.000-07:00

FInal year projects in Cloud Computing IEEE 2010-2011

Cloud computing IEEE 2010-2011 final year projects in chennai
Advanced Cloud computing IEEE 2010-2011 final year projects in chennai for BE/BTech IT & CSE
Innovative cloud computing projects in chennai based on IEEE 2010-2011 paper with advanced technologies
Contact 99625 30535 www.matrixcubes.com
1) Parallel cloud computing
2) Mobile-System Cloud Computing
3) SHared code cloud computing
4) Shared resource cloud compting
MATRIX CUBE TECHNOLOGIES

Final year project on cloud computing

2011-05-11T00:14:00.001-07:00

I am a CS student in Rwanda and I am looking for my final year project title,I am a fervent Linux user I use python to program and wish to become a network architect one day,can u suggest me any idea? thank you

Cloud Computing Project - Final Year Academic Project

2011-05-11T00:13:00.001-07:00

Cloud operating system is designed to offer applications as services that are provided over a network or the Internet. It means that the system and the applications within it reside on a server and are often used through the browser.

The main goals that this Cloud OS is developed to meet are:

Being able to work from everywhere, regardless of whether or not you are using a full-featured, modern computer.
Providing an environment that can offer applications to be accesses as services online.
Always enjoying the same applications with the same open formats, and forgetting the usual compatibility problems between office suites and traditional operating systems.
Being able to continue working if you have to leave your local computer or if it just crashes, without losing data or time: Just log in to your Cloud OS from another place and continue working.
Providing a user friendly environment for the users to freely utilize the servi

The following assumptions are made in order to achieve the above goals and to develop the Cloud OS:

Internet connectivity is a common service that can be found in almost all computers.

User familiar environments such as Windows XP, Windows 98 and MacOS are offered as themes so that users can change the environment suitably to feel at home.

The Environment of the OS and its functionalities such as themes, culture choosers and add/remove applications to manage the environment are given more emphasis in the development to provide a complete OS to the best extent.

Technologies Used, Requirements and all that:

Microsoft .Net framework 2.0
Visual studio 2005
Visual C# .Net
ASP.Net 2.0
AJAX Extensions 1.0
Internet Explorer 6.0 or higher

The Cloud OS has been designed to work with standard protocols.

Only limited applications have been included to demonstrate the Cloud Computing Concept as a part of College Academic project. Not to be taken seriously as a perfect Cloud Computing Operating System model. :)

First big cloud computing project just finished

2011-05-11T00:12:00.002-07:00

Just finishing up the final touches on my first big cloud computing project, and there was much to learn here, some pitfalls and some promises in the cloud that might help you with your cloud computing project.

As I wind down the infrastructure part of my first big cloud computing project, there are some rewards and risks, along with some pitfalls to cloud computing that you might encounter when you do your big project. Here is what I have learned.

User Management – not so easy, if you stick with the Amazon Web Services console, you are simply down to one person logging into the system. Using shared credentials is a big no no when it comes to providing security and accountability with your project. I did not find a software or product that would allow me to make multiple administrator accounts that would work for me. There are software programs that exist, but I found most of them lacking what I was looking for leaving me with the AWS console and access to the computer being shared by multiple people and one login. If anyone has a great tool that will provide the ability to audit, report, and provide multiple account support for multiple AWS images, then I would love to hear about it.

Updates – if you want to make sure your system is updated, then I would highly suggest you make your own AMI on a fully supported operating system (regardless of flavor). One of my biggest issues was finding out that YUM on Fedora would not update on the Amazon AMI, and kept on coming up with out of mirror errors. Fedora needs to step up to the plate and provide a fully functioning mirror, or better yet you should make your own AMI for AWS that provides the support you need for what you are trying to do. There is nothing more dangerous on the internet than an Operating System that cannot be patched or software that cannot be updated. If you are using a Windows AMI, make sure that everything is installed or that you have an I386 directory, there is nothing more amusing than being prompted to provide the installation disk when your OS is in the clouds.

Socialization of the product – Cloud computing is scary for many people, because it puts everything you have in someone else’s data center. For some the concept must be killed now, for others they see it as a way to save money. Regardless of what your approach is, you have to make sure you have full executive support and buy in for what you are doing; otherwise your project will languish for weeks if not months waiting for people to grab onto the concept. You should be prepared to deal with fear, FUD, and other undesirable business ways of killing off the cloud computing project.

Failure is going to happen – make sure you snap shot your Cloud Computing system before you start tinkering with it. While backups are always a good idea, it is also an excellent idea to simply snapshot what you are doing before you make huge changes to the system. This is often easier than trying to back out a pile of changes and you have no idea which change broke what.

Never ever hit “Terminate Instance” – if you hit terminate instance, it is gone, gone for good, and you cannot get it back, pray you made a snapshot before you “turn the computer off” for the night. Otherwise you get to start from scratch on the whole thing. This will cause amusing chuckles from your co-workers, and bemused responses from your Project Manager. It might also set you back unless you made a snapshot.

Logging – make sure you have a nice way of getting logs back to the company, or that you are going to be able to process logs on the cloud computers. You will want this for compliance, and to know if someone is doing something unusual with your system. Syslog over the internet is not a great way to get logs off the cloud back to the company. You want to use a VPN to make this happen, and it is easy to set up regardless of chosen operating system.

Documentation – you want to make your own documentation on the project you are working on, do not rely on AWS documentation to help you, often the AWS documentation is difficult to follow, understand, or read. The approach to documentation is make your own, and do it in such a way that anyone can follow what you did, how you did it, and what they need to duplicate your processes. Like any good system design or development, cloud computing systems should be documented just like any other internal project.

Make sure you have a good ROI – make sure that if you go into the cloud that there are obvious measurable cost savings in the offering. Some setups make no sense economically, while for some companies they do. Make sure you do not overspend on your project.

Do not underestimate the amount of time required – one of the biggest shortfalls of the project was incorrectly allocating time, or grossly under estimating the amount of time it would take to complete the project. In most projects I am usually dead on with time estimates, and found that I was under estimating time to completion for a first cloud computing project by upwards of 4X. If I thought it would take 30 minutes, it often took 2 hours to complete a task. Most of this is attributable to new technology, new ways of doing things, and general training ramp up time. While not a barrier to use, it was a barrier to completing the project on time.

URL’s and IP Addresses – AWS will give you a temp URL to work with when you are prototyping your system, if you use that then assign an IP address later, then a Domain Name after that, and you did not program the base URL as a configurable item, then you will have to go back and change that. The temp URL with AWS does not work after you assign an IP address. It might be easier to have already set up and IP address and DNS entry before you let the developers at the system.

Open Source Software is the best way to go here – mostly because you do not have access to a DVD drive on the cloud, and software that wants a DVD to verify you own it, or needs a DVD to load is an oxymoron in the cloud. Otherwise, make your own AMI, and make sure that what you are building is able to work without a DVD drive, or disks, or other items we take for granted in the data center where we can touch physical items.

Those are the big key issues and some interesting differences between being in the data center and working through the cloud. These are my own experiences working with Amazon Web Services over the last 60 days. Overall though I would say that the experience with AWS has been positive, but given the ramp up time, learning curve, and support issues, this project actually lasted longer by 75% than it was initially estimated to last. Most of that is again, attributable to learning curve, the promise of cloud computing for rapidly deploying a system should hold true for any other deployments that we will do in the cloud. But for the first big project, make sure you either already have trained folks in Cloud Computing, or that your project can go over time without detriment.

Make sure you are ready to be audited as well, that includes log management, user accounts, and patching/updating. While I highly recommend you make your own tested AMI, some people will not do that and whatever AMI exists already for the project they are doing. You will want to make a careful risk evaluation of that stance depending on what you are using your cloud computing system for. If you fall under SOX, HIPAA, or anything else, you want to make sure you stay in compliance.

Cloud computing IEEE 2010-2011 final year projects in chennai

2011-05-11T00:12:00.000-07:00

FOR IMMEDIATE RELEASE
(Free-Press-Release.com) September 16, 2010 --
Advanced Cloud computing IEEE 2010-2011 final year projects in chennai for BE/BTech IT & CSE

Innovative cloud computing projects in chennai based on IEEE 2010-2011 paper with advanced technologies
Contact 99625 30535 www.matrixcubes.com

1) Parallel cloud computing
2) Mobile-System Cloud Computing
3) SHared code cloud computing
4) Shared resource cloud compting

Secure Data Communication Using Encryption Decryption Wireless Project Report

2011-05-10T00:40:00.001-07:00

This is a good Electronics Project Report on Secure Data Communication Using Encryption Decryption. This project shows the concept of secure wireless data communication. It means that the problems of data theft can also be solved. This is basically a microcontroller based project. Objective of the project design and development of system implementation for WLAN implementation is to generate a secure LAN for multimedia communication using single level encryption techniques. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.

The above image shows the block diagram of Secure Data Communication using Encryption
Decryption. The main motive of the project is to generate a multi terminal secure
communication media, in simple words we have to generate a LAN which will be first of all wireless that is not any wire or physical connections will be used to connect the transmitter and the receiver, and second is to develop a secure link i.e. the data transmitted from the transmitter for first site should only be decoded by the first user and the data sent for the second terminal should only reach to the second terminal. Use this project for your reference and study purpose only.

DOWNLOAD

Dam Level Warning Using GSM SMS ECE Project Report

2011-05-10T00:39:00.001-07:00

This is a good Electronics & Communication project report On Dam Level Warning System Using GSM SMS and submitted in partial fulfillment of the requirement for the award of the degree of bachelor of technology in Electronics and Communication Engineering. The main goal of the project “DAM LEVEL WARNING USING GSM SMS” is to monitor and control the water level in the dams. So it can also be called a Water Level Warning System. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.

The above is the block diagram of the project. This is a microcontroller based project and use AT89C51. The report contain complete working circuit diagram of the Dam Level Warning system with description. It also include microcontroller programing and source code. Use this report for your reference and study. Thanks to the author.

DOWNLOAD

2009-10 IEEE Image Processing Project topics - Final Year Projects

2011-05-09T23:04:00.000-07:00

PASS Academy is the training wing of PASS IT Services. PASS Academy offers real time IEEE projects with training for final year students.

Final year projects for B.E. Mechanical Engineering
Final year projects for B.E. Electrical Engineering
Final year projects for B.E. Electronics and Communication Engineering
Final year projects for B.E. Computer Science Engineering
Final year projects for B.Tech Information Technology
Final year projects for MSC
Final year projects for MCA

Highlights:• Project Guidance
• Project Certification from Software development Company
• Project Certificate Signed by IT Professionals currenlty working in the industry
• Best Lab access in Madurai

Project Support:Confirmation Letter, Attendance Letter, Completion Certificate, Synopsis, Abstract, Diagrams, Review Details, Relevant Materials, Presentation, Supporting Documents, Theory Classes, Lab Working

Image processing projects For Final Year

2011-05-09T23:03:00.001-07:00

Description

Cegonsoft Pvt Ltd .A Bangalore based Software firm with Indian & International Clients (U.S., Australia, Hong Kong, Singapore).
We provide Real time Projects for the final year students with International Standards like Layer Architecture, Coding Optimization, Naming Standardization

Also based on your performance we recruit you in our software development or we place you to any of our clients. In last 21 days 113 candidates got placements includes

We offer projects for final year B.E, B.Tech, MCA, M.E, M.Tech, BCA students in
Application and system side projects in
• .Net
• J2EE
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• NS-2 with Mat lab
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• Robotics
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2. Weekends (Sat & Sun)
3. Additional practice, projects, assignments along with soft skill training for free

Introduction to Digital Image Processing

2011-05-09T23:02:00.001-07:00

EE168 Final Projects
Here are the past year's 168 final projects
Most are viewable with an mpeg player; but some require that you download and use 'mplayer', which is available at this link.
2006 Final Project Description
Notes on making MPG files from Matlab
2008-2009 Final Projects
Right click to save and download
Ahashay Agarwal, David Aum, Eric Luo, Brandon Nefcy
Alvin Chow, Daryl Ng, Shuolong Yang
Pam Bhattacharya, Joya Deri, Chris Fajardo, Justin Lee
Jianwei Low, Alison Murphy, Antoine Sundhu-Bertrand, Ryan Torres
Andres Cassinelli, Max Guise, Walter Vulej, Sasha Zbrozek
Lin Lin, Kiat Tan, Prasanna Vasudevan

2006-2007 Final Projects
Right click to save and download
Group 1: Can Baran, Cihan Baran, Yusheng Yang
Group 2: Leili Rad, Alessandro Gonzalez, Ushah Reddi
Group 3: Koji Gardner, Rob Majors, Philip Vuong , Ignatius Janatra
Group 4: Rudolfo Angeles, Gary Chang, Tyler Gilbert
Group 5: Zach Gianos, Chris Sramek, C.J. Thomas
Group 6: Naris Aruksakunwong, Manunya Youngprapakorn
2005-2006 Final Projects
Images of the teams

Zip file of all 12 projects

Right click to save and download
Group 1, Prabhu Balasubramanian, Kishore Jayanti, Akshay Upadhyaya
Group 2, Yung-Ty Chin, Xuan Wu, Yinan Zhao
Group 3, Sudeep Banerjee, Linus Chung, Jason Min
Group 4, Sufen Fong, Joel Goh, Wan Yean Tran
Group 5, Nancy El-Sakkary, Matthew James, Keya Pandia, Sameh Zakhary
Group 6, Shradha Budhiraja, Vinay Majjigi, Khurram Zia
Group 7, David Chen, Jonathan Hsieh, Adam Richards
Group 8, Eytan Daniyalzade, Nafis Jamal, Avneesh Saluja
Group 9, Minggang Guo, Jay Huang, Chetan Puttagunta, Tianshi Wang
Group 10, Guillame Bertello, Samuel Lim, Johan Schonning
Group 11, Nathaniel Jane-wit, Sanghyup Kwak, Jaeman Park
Group 12, Daniel Cervelli, Maria Jabon, Luiz Franca Pereira Filho
2004-2005 Final Projects
Zip file of all 12 projects

Final Projects from even earlier:

Zip file of projects

IEEE Final Year Projects Titles 2010 -2011 @ Brainrich Technology 10 months ago Email Favorite Download Embed More… Flash Player 9 (or above) is needed to view presentations. We have detected that you do not have it on your computer. To install it, go here. × Like this presentation? 0 comments Embed Video Subscribe to comments Post Comment IEEE Final Year Projects Titles 2010 -2011 @ Brainrich Technology - Document Transcript

2011-05-09T23:01:00.000-07:00

IEEE / SOFTWARE PROJECTS In various Domains JAVA * J2EE * J2ME Latest Projects, 2008, 2009, 2010 Our Service Address 6/1, Selvanaayaki Complex1st Floor, Gokulae Street, Ramnagar, Coimbatore- 641009. Mobile: 9894604623 Phone: 0422-4377414 Mai : info@brainrichtech.com Web : www.brainrichtech.com
We are offering IEEE & Non IEEE Projects In various Domains including IEEE Projects on Image Processing IEEE Projects on Knowledge and Data Mining IEEE Projects on Networking IEEE Projects on Artificial Intelligence IEEE Projects on Audio and Video Processing IEEE Projects on Pattern Analysis & Machine Intelligence IEEE Projects on Multimedia IEEE Projects on Parallel and Distributed Systems IEEE Projects on Mobile Computing IEEE Projects on Software Engineering IEEE Projects on Information Forensics and Security IEEE Projects on Dependable and Secure Computing IEEE Projects on Systems, Man & Cybernetics IEEE Projects on Computers IEEE Projects on Learning Technologies
PROJECT SUPPORTS & DELIVERABLES  Project Abstract  IEEE Paper  PPT / Review Details  Project Report  Working Procedure/Screen Shots  Materials & Books in CD  Project Certification
TECHNOLOGY : JAVA DOMAIN : IEEE DIGITAL IMAGE PROCESSING S.NO CODE PROJECT TITLE YEAR 01 IP 01 Multi-body Structure-and-Motion Segmentation 2010 by Branch-and-Bound Model Selection 02 IP 02 Sliding-Window Raptor Codes for Efficient 2010 Scalable Wireless Video Broadcasting with Unequal Loss Protection 03 IP 03 Generic Lossless Visible Watermarking—A New 2010 Approach 04 IP 04 Fusing Local Patterns of Gabor Magnitude and 2010 Phase for Face Recognition 05 IP 05 Data Embedding in JPEG Bit stream by Code 2010 Mapping 06 IP 06 Video Segmentation Based on Motion Coherence 2010 of Particles in a Video Sequence 07 IP 07 Adaptive Non separable Wavelet Transform via 2010 Lifting and its Application to Content-Based Image Retrieval 08 IP 08 Multiplicative Noise Removal Using Variable 2010 Splitting and Constrained Optimization 09 IP 09 Watermarking of Free-view Video 2010 10 IP 10 Ultrasound De speckling for Contrast 2010 Enhancement 11 IP 11 A Logarithmic Quantization Index Modulation 2010 for Perceptually Better Data Hiding 12 IP 12 Contourlet-Based Image Watermarking Using 2010 Optimum Detector in a Noisy Environment 13 IP 13 Cooperation Stimulation Strategies for Peer-to- 2010
Peer Wireless Live Video-Sharing Social Networks 14 IP 14 Soft Edge Smoothness Prior for Color Image 2009 Super-Resolution 15 IP 15 A Shearlet Approach to Edge Analysis and 2009 Detection 16 IP 16 Complex Wavelet Structural Similarity: A New 2009 Image Similarity Index 17 IP 17 A Histogram Modification Framework and Its 2009 Application for Image Contrast Enhancement 18 IP 18 Personal Authentication Using Hand Vein 2009 Triangulation and Knuckle Shape 19 IP 19 Huber Fractal Image Compression 2009 20 IP 20 Active Mask Segmentation of Fluorescence 2009 Microscope Images 21 IP 21 Color Texture Segmentation Based on the Modal 2009 Energy of Deformable Surfaces 22 IP 22 Entropy Interpretation of the Logarithmic 2009 Image Processing Model With Application to Contrast Enhancement 23 IP 23 A New Look to Multichannel Blind 2009 Image Deconvolution 24 IP 24 Improved Resolution Scalability for 2009 Bilevel Image Data in JPEG2000 25 IP 25 An Adaptable Image Retrieval System With 2009 Relevance Feedback Using Kernel Machines and Selective Sampling 26 IP 26 A High-Capacity Steganography Scheme for 2009 JPEG2000 Baseline System 27 IP 27 Independent Component Analysis-Based 2008 Background Subtraction for Indoor Surveillance 28 IP 28 Sparse Representation for Color Image 2008 Restoration
29 IP29 High-Fidelity Data Embedding for Image 2008 Annotation 30 IP30 A New Look to Multi channel Blind Image De- 2008 convolution 31 IP31 Image Segmentation Using Information 2008 Bottleneck Method 32 IP32 A Fast Optimization Transfer Algorithm for 2008 Image In painting in Wavelet Domains 33 IP33 Enhancement of Color Images by Scaling the 2008 DCT Coefficients 34 IP34 Improved Resolution Scalability for Bilevel Image 2008 Data in JPEG2000 35 IP35 A Unified Relevance Feedback Framework for 2008 Web Image Retrieval 36 IP36 Optimal Spread Spectrum Watermark 2008 Embedding via a Multi step Feasibility Formulation 37 IP37 Watermarking of Co lour Images in the DCT 2008 Domain Using Y Channel 38 IP38 A Robust Image Encryption Scheme using State- 2008 Feedback Control 39 IP39 Color Image Retrieval Using M-Band Wavelet 2008 Transform Based Color-Texture Feature 40 IP40 A Histogram Modification Framework and Its 2008 Application for Image Contrast Enhancement
TECHNOLOGY : JAVA DOMAIN : IEEE KNOWLEDGE AND DATA MINING S.NO CODE PROJECT TITLE YEAR 01 KD 01 MILD: Multiple-Instance Learning via 2010 Disambiguation 02 KD 02 LIGHT: A Query-Efficient Yet Low-Maintenance 2010 Indexing Scheme over DHTs 03 KD 03 Density Conscious Subspace Clustering for High- 2010 Dimensional Data 04 KD 04 Dynamic Dissimilarity Measure for Support- 2010 Based Clustering 05 KD 05 Efficient Algorithm for Localized Support Vector 2010 Machine 06 KD 06 PAM: An Efficient and Privacy-Aware 2010 Monitoring Framework for Continuously Moving Objects 07 KD 07 ViDE: A Vision-Based Approach for Deep Web 2010 Data Extraction 08 KD 08 FiVaTech: Page-Level Web Data Extraction from 2010 Template Pages 09 KD 09 Automatic Ontology Matching via Upper 2010 Ontologies: A Systematic Evaluation 10 KD 10 Knowledge-Based Interactive Postmining of 2010 Association Rules Using Ontologies 11 KD 11 Modeling Image Data for Effective Indexing and 2009 Retrieval in Large General Image Databases 12 KD 12 Olex: Effective Rule Learning for Text 2009 Categorization 13 KD 13 Towards Suspicious Behavior Discovery in Video 2009 Surveillance System
14 KD 14 A Relation-Based Page Rank Algorithm for 2009 Semantic Web Search Engines 15 KD 15 Learning Image-Text Associations 2009 16 KD 16 A Framework for Clustering 2009 Concept-Drifting Categorical Data 17 KD 17 Communication Perspective on Automatic 2009 Text Categorization 18 KD 18 Predicting Missing Items in Shopping Carts 2009 19 KD 19 Exact Knowledge Hiding through Database 2009 Extension 20 KD 20 Fast Query Point Movement Techniques for 2009 Large CBIR Systems 21 KD 21 Evaluating the Effectiveness of Personalized Web 2009 Search 22 KD 22 Similarity-Profiled Temporal Association Mining 2009 23 KD 23 Batch Mode Active Learning with Applications to 2009 Text Categorization and Image Retrieval 24 KD 24 Enhancing Learning Objects with an Ontology- 2009 Based Memory 25 KD 25 Using Association Rule Mining to Improve 2008 Semantic Web Services Composition Performance 26 KD 26 Biometric Authentication for Border Control 2008 Applications 27 KD 27 Desktop search in the intranet with integrated 2008 desktop search engines 28 KD 28 A Least Grade Page Replacement Algorithm for 2008 Web Cache Optimization
TECHNOLOGY : JAVA DOMAIN : IEEE NETWORKING S.NO CODE PROJECT TITLE YEAR 01 NS 01 Broadcasting Video Streams Encoded With 2010 Arbitrary Bit Rates in Energy-Constrained Mobile TV Networks 02 NS 02 S4: Small State and Small Stretch Compact 2010 Routing Protocol for Large Static Wireless Networks 03 NS 03 Rate Control with Pair wise Intersession Network 2010 Coding 04 NS 04 Equilibrium of Heterogeneous Congestion 2010 Control: Optimality and Stability 05 NS 05 Inside the Permutation-Scanning Worms: 2010 Propagation Modeling and Analysis 06 NS 06 Joint Sink Mobility and Routing to Maximize the 2010 Lifetime of Wireless Sensor Networks: The Case of Constrained Mobility 07 NS 07 SybilLimit: A Near-Optimal Social Network 2010 Defense Against Sybil Attacks 08 NS 08 2010 A Distributed CSMA Algorithm for Throughput and Utility Maximization in Wireless Networks 09 NS 09 Upgrading Mice to Elephants: Effects and End- 2010 Point Solutions 10 NS 10 Distributed Algorithms for Minimum Cost 2010 Multicast With Network Coding 11 NS 11 Delay Analysis for Wireless Networks With Single 2010 Hop Traffic and General Interference Constraints 12 NS 12 Constrained Relay Node Placement in Wireless 2010 Sensor Networks: Formulation and
Approximations 13 NS 13 Efficient and Dynamic Routing Topology 2010 Inference From End-to-End Measurements 14 NS 14 Provably Secure Nested One-Time Secret 2010 Mechanisms for Fast Mutual Authentication and Key Exchange in Mobile Communications 15 NS 15 Spatio-Temporal Network Anomaly Detection by 2009 Assessing Deviations of Empirical Measures 16 NS 16 Monitoring the Application-Layer DDoS Attacks 2009 for Popular Websites 17 NS 17 Multiple Routing Configurations for Fast 2009 IP Network Recovery 18 NS 18 Improving Locality of Bit Torrent with ISP 2009 Cooperation 19 NS 19 PRIME: Peer-to-Peer Receiver-Driven Mesh- 2009 Based Streaming 20 NS 20 A Simple and Efficient Hidden Markov Model 2009 Scheme for Host-Based Anomaly Intrusion Detection 21 NS 21 Plexus: A Scalable Peer-to-Peer Protocol Enabling 2009 Efficient Subset Search 22 NS 22 Capturing Router Congestion and Delay 2009 23 NS 23 Node Isolation Model and Age-Based Neighbor 2009 Selection in Unstructured P2P Networks 24 NS 24 Residual-Based Estimation of Peer and Link 2009 Lifetimes in P2P Networks 25 NS 25 A Peer-to-Peer Resources Search Algorithm Based 2009 on Small-World Model 26 NS 26 Analysis of Shortest Path Routing for Large Multi- 2009 Hop Wireless Networks 27 NS 27 Multicast Capacity of Wireless Ad Hoc Networks 2009 28 NS 28 Evaluating the Vulnerability of Network Traffic 2009
Using Joint Security and Routing Analysis 29 NS 29 Novel Approach for Computation –Efficient 2009 Rekeying for Multicast Key Distribution 30 NS 30 SIMPS: Using Sociology for Personal Mobility 2009 31 NS 31 DDoS-Shield: DDoS-Resilient Scheduling to 2009 Counter Application Layer Attacks 32 NS 32 Credit Card Fraud Detection Using Hidden 2008 Markov Model 33 NS 33 Encryption Techniques for the Security of Satellite 2008 Images 34 NS34 Modeling Node Capture Attacks in Wireless 2008 Sensor Networks 35 NS35 Adaptive Data Hiding in Edge Areas of Images 2008 With Spatial LSB Domain Systems 36 NS36 The Design Trade-Offs of Bit Torrent-Like File 2008 Sharing Protocols 37 NS37 Honey pot Scheme for Distributed Denial-of- 2008 Service Attack 38 NS38 Vulnerability of Network Traffic under Node 2008 Capture Attacks using Circuit Theoretic Analysis 39 NS39 P2P File Sharing Software in IPv4/IPv6 Network 2008 40 NS40 Design and Implementation of a SIP-based 2008 Centralized Multimedia Conferencing System 41 NS41 Design and Implementation of Distributed 2008 Firewall System for IPv6 42 NS42 A Hypothesis Testing Approach to Semi-fragile 2008 Watermark Based Authentication 43 NS43 A New RMI Framework for Outdoor Objects 2008 Recognition 44 NS44 Contributory group key exchange in the presence 2008 of malicious participants 45 NS45 Schemes for Evaluating Signal Processing 2008
Properties of Audio Watermarking 46 NS46 Double compression in JPEG images 2008 47 NS47 The Evaluation Report of SHA-256 Crypt Analysis 2008 Hash Function 48 NS48 Jig DFS: A Secure Distributed File System 2008 49 NS49 General access structures in audio cryptography 2008 50 NS50 Improving Locality of Bit Torrent with ISP 2008 Cooperation 51 NS51 Minimizing File Download Time in Stochastic 2008 Peer-to-Peer Networks 52 NS52 Triple DES Algorithm Based Image Watermarking 2008 53 NS53 Bidirectional Routing Abstraction for 2008 Asymmetric Mobile Ad Hoc Networks
TECHNOLOGY : JAVA DOMAIN : IEEE MULTIMEDIA S.NO CODE PROJECT TITLE YEAR 01 M 01 A Stochastic Approach to Image Retrieval Using 2010 Relevance Feedback and Particle Swarm Optimization 02 M 02 Constructing Concept Lexica With Small 2010 Semantic Gaps 03 M 03 An Adaptive Computational Model for Salient 2010 Object Detection 04 M 04 An Adaptive Strategy for Mobile Ad Hoc Media 2010 Streaming 05 M 05 Video Annotation Through Search and Graph 2010 Reinforcement Mining 06 M 06 Image Annotation by Graph-Based Inference 2010 With Integrated Multiple/Single Instance Representations 07 M 07 Network Awareness of P2P Live Streaming 2010 Applications: A Measurement Study 08 M 08 Fine-Granularity Transmission Distortion 2010 Modeling for Video Packet Scheduling Over Mesh Networks 09 M 09 Investigating the Scheduling Sensitivity of P2P 2009 Video Streaming 10 M 10 Coherent Phrase Model for Efficient Image Near 2009 Duplicate Retrieval 11 M 11 Robust Scaling-Based Image Watermarking Using 2009 Maximum-Likelihood Decoder With Optimum Strength Factor 12 M 12 LayerP2P: Using Layered Video Chunks in P2P 2009 Live Streaming 13 M 13 Content-Based Image Retrieval Using Multi 2008
resolution Color and Texture Features 14 M 14 Digital-Invisible-Ink Data Hiding Based on 2008 Spread-Spectrum and Quantization Techniques 15 M 15 Dynamic Resource Allocation for Robust 2008 Distributed Multi-Point Video Conferencing 16 M 16 Improving Robustness of Quantization-Based 2008 Image Watermarking via Adaptive Receiver 17 M 17 Locality-Awareness in BitTorrent-Like P2P 2008 Applications 18 M 18 Watermarking Method Based on Significant 2008 Difference of Wavelet Coefficient Quantization 19 M 19 Analyzing Voice Quality in Popular VoIP 2008 Applications 20 M 20 Image Retrieval With Relevance Feedback Based 2008 on Graph-Theoretic Region Correspondence Estimation 21 M 21 Robust Audio Data Hiding Using Correlated 2008 Quantization With Histogram-Based Detector 22 M 22 Collision Attacks With Budget Constraints on 2008 Key Management Schemes for Secure Multimedia Multicast
TECHNOLOGY : JAVA DOMAIN : IEEE AUDIO,SPEECH & VIDEO PROCESSING S.NO CODE PROJECT TITLE YEAR 01 AV 01 Robust Multiplicative Patchwork Method for 2009 Audio Watermarking 02 AV 02 Scalable Audio Compression at Low Bitrates 2008 03 AV03 Multiparty Voice over IP (M VoIP) Peer-Based 2008 System for Large-Scale Conference Support 04 AV 04 Extracting Question/Answer Pairs In Multi-Party 2008 Meeting 05 AV 05 Hybrid Signal-and-Link-Parametric Speech 2008 Quality Measurement for VoIP Communications 06 AV 06 Rate-Distortion Optimal Video Transport Over 2008 IP Allowing Packets With Bit Errors
TECHNOLOGY : JAVA DOMAIN : IEEE ARTIFICAL INTELLIGENCE S.NO CODE PROJECT TITLE YEAR 01 AI 01 Vehicle Number Plate Recognition Using 2008 Mathematical Morphology and Neural Networks 02 AI 02 Vision-Based Eye Blink Monitoring System for 2008 Human-Computer Interfacing 03 AI 03 Multi-modal Interfaces for Interaction 2008 Communication between Hearing and Visually Impaired Individuals: Problems & Issues 04 AI 04 Embedded Vehicle Control System Based on 2008 Voice Processing Technologies 05 AI 05 A Test bed for Voice-Based Robot Control 2008 06 AI 06 Human Voice Based Wheel Chair Control 2008
TECHNOLOGY : JAVA DOMAIN : IEEE MOBILE COMPUTING S.NO CODE PROJECT TITLE YEAR
01 MC 01 Energy-Efficient Communication Scheme for 2009 Mobile Ad Hoc Networks 02 MC 02 A Novel Scheduled Power Saving Mechanism for 2009 802.11 Wireless LANs 03 MC 03 MDPF: Minimum Distance Packet Forwarding 2009 for Search Applications in Mobile Ad Hoc Networks 04 MC 04 Mitigation of Control Channel Jamming under 2009 Node Capture Attacks 05 MC 05 Tabu Search Algorithm for Cluster Building 2009 in Wireless Sensor Networks 06 MC 06 An Energy Efficient Communication Scheme for 2009 Mobile AD HOC Networks 07 MC 07 Hybrid routing in clustered DTNs with message 2007 ferrying 08 MC 08 Transmission Power Control in Wireless Ad Hoc 2007 Networks
TECHNOLOGY : JAVA DOMAIN : IEEE INFORMATION AND FORENSICS SECURITY S.NO CODE PROJECT TITLE YEAR 01 IF 01 Edge Adaptive Image Steganography Based on 2010 LSB Matching Revisited 02 IF 02 Blind Authentication: A Secure Crypto-Biometric 2010 Verification Protocol 03 IF 03 Predictive Network Anomaly Detection and 2010 Visualization 04 IF 04 Lossless Data Embedding in Electronic Inks 2010 05 IF 05 SVD-Based Universal Spatial Domain Image 2010 Steganalysis 06 IF 06 Reversible Image Watermarking Using Interpolation 2010 Technique 07 IF 07 MPSteg-Color: Data Hiding Through Redundant 2009 Basis Decomposition 08 IF 08 Temporal Derivative-Based Spectrum and Mel- 2009 Cepstrum Audio Steganalysis 09 IF 09 Halftone Visual Cryptography Via Error 2009 Diffusion 10 IF 10 A Hypothesis Testing Approach to Semifragile 2009 Watermark-Based Authentication 11 IF 11 Unseen Visible Watermarking: A Novel 2009 Methodology for Auxiliary Information Delivery via Visual Contents 12 IF 12 Watermarking Robustness Evaluation Based on 2009 Perceptual Quality via Genetic Algorithms 13 IF 13 Spread-Spectrum Watermarking Security 2008 14 IF 14 Robust Blind Watermarking of Point-Sampled 2009 Geometry
15 IF 15 Security of Lattice-Based Data Hiding Against the 2008 Watermarked-Only Attack 16 IF 16 Multipurpose Watermarking Based on Multiscale 2008 Curvelet Transform 17 IF 17 Cryptographic Secrecy of Steganographic Matrix 2008 Embedding 18 IF 18 Digital Video Watermarking in P-Frames With 2008 Controlled Video Bit-Rate Increase 19 IF 19 A Novel Difference Expansion Transform for 2008 Reversible Data Embedding 20 IF 20 Adaptive Data Hiding in Edge Areas of Images 2008 With Spatial LSB Domain Systems 21 IF 21 Color Image Watermarking Using 2008 Multidimensional Fourier Transforms
TECHNOLOGY : JAVA DOMAIN : IEEE Pattern Analysis & Machine Intelligence S.NO CODE PROJECT TITLE YEAR 01 PA 01 Using Language to Learn Structured Appearance 2010 Models for Image Annotation 02 PA 02 A Boosting Framework for Visuality-Preserving 2010 Distance Metric Learning and Its Application to Medical Image Retrieval 03 PA 03 Accurate Image Search Using the Contextual 2010 Dissimilarity Measure 04 PA 04 A Nonlinear Derivative Scheme Applied to Edge 2010 Detection 05 PA 05 In the Eye of the Beholder: A Survey of Models for 2010 Eyes and Gaze 06 PA 06 Polynomial Time Algorithms for Ratio Regions 2010 and a Variant of Normalized Cut 07 PA 07 Single-Image Super-Resolution Using Sparse 2010 Regression and Natural Image Prior 08 PA 08 Self-Similarity and Points of Interest 2010 09 PA 09 Iris Recognition: On the Segmentation of 2010 Degraded Images Acquired in the Visible Wavelength 10 PA 10 Image Segmentation with a Unified Graphical 2010 Model 11 PA 11 A Perceptually Inspired Variation Framework for 2009 Color Enhancement 12 PA 12 Image Transformations and Blurring 2009 13 PA 13 Robust Wavelet-Based Super-Resolution 2009 Reconstruction: Theory and Algorithm 14 PA 14 IRGS: Image Segmentation Using Edge Penalties 2009 and Region Growing
15 PA 15 Real World Image Annotation and Retrieval 2008 16 PA 16 Visual Rank: Applying Page Rank to Large-Scale 2008 Image Search 17 PA 17 Localized Content-Based Image Retrieval 2008 18 PA 18 Annotating Images by Mining Image Search 2008 Results 19 PA 19 A Discriminative Kernel-Based Approach to Rank 2008 Images from Text Queries
TECHNOLOGY : JAVA DOMAIN : IEEE Parallel And Distributed Systems S.NO CODE PROJECT TITLE YEAR 01 PD 01 Secure Synchronization of Periodic Updates in Ad 2010 Hoc Networks 02 PD 02 An Analytical Approach to Optimizing Parallel 2010 Image Registration/Retrieval 03 PD 03 Improving Reliability for Application-Layer 2010 Multicast Overlays 04 PD 04 Impact of Feature Reduction on the Efficiency of 2010 Wireless Intrusion Detection Systems 05 PD 05 Snoogle: A Search Engine for Pervasive 2010 Environments 06 PD 06 A Cross-Layer Approach-Based Gnutella for 2010 Collaborative Virtual Environments over Mobile Ad Hoc Networks 07 PD 07 Correlation-Based Traffic Analysis Attacks on 2010 Anonymity Networks 08 PD 08 A Hypergraph Approach to Linear Network 2010 Coding in Multicast Networks 09 PD 09 On the Benefits of Cooperative Proxy Caching for 2010 Peer-to-Peer Traffic 10 PD 10 SocioNet: A Social-Based Multimedia Access 2010 System for Unstructured P2P Networks 11 PD 11 An Efficient Superpeer Overlay Construction and 2010 Broadcasting Scheme Based on Perfect Difference Graph 12 PD 12 Toward Systematical Data Scheduling for Layered 2010 Streaming in Peer-to-Peer Networks: Can We Go Farther?
13 PD 13 mTreebone: A Collaborative Tree-Mesh Overlay 2010 Network for Multicast Video Streaming 14 PD 14 Efficient Broadcasting Using Network Coding and 2010 Directional Antennas in MANETs 15 PD 15 A Distributed Protocol to Serve Dynamic Groups for 2010 Peer-to-Peer Streaming 16 PD 16 Efficient Multicast Algorithms for Multichannel 2010 Wireless Mesh Networks 17 PD 17 A Dynamic Performance-Based Flow Control 2010 Method for High-Speed Data Transfer 18 PD 18 Enforcing Minimum-Cost Multicast Routing 2009 against Selfish Information Flows 19 PD 19 Delay Asymptotics and Scalability for Peer-to- 2009 Peer Live Streaming 20 PD 20 Enforcing Minimum-Cost Multicast Routing 2009 against Selfish Information Flows 21 PD 21 Scalable Routing in Cyclic Mobile Networks 2009 22 PD 22 Dynamic Search Algorithm in Unstructured 2009 Peer-to-Peer Networks 23 PD 23 Movement-Assisted Connectivity Restoration in 2009 Wireless Sensor and Actor Networks 24 PD 24 A Faithful Distributed Mechanism for Sharing 2009 the Cost of Multicast Transmissions 25 PD 25 Multipath Dissemination in Regular Mesh Topologies 2009 26 PD 26 Detecting Malicious Packet Losses 2009 27 PD 27 Diverse Firewall Design 2008 28 PD 28 Free-Riding on BitTorrent-Like Peer-to-Peer File 2008 Sharing Systems: Modeling Analysis and Improvement 29 PD 29 Computation-Efficient Multicast Key 2008 Distribution
TECHNOLOGY : JAVA DOMAIN : IEEE Dependable and Secure Computing S.NO CODE PROJECT TITLE YEAR 01 DSC 01 Layered Approach Using Conditional Random 2010 Fields for Intrusion Detection 02 DSC 02 In-Depth Packet Inspection Using a 2010 Hierarchical Pattern Matching Algorithm 03 DSC 03 An Advanced Hybrid Peer-to-Peer Botnet 2010 04 DSC 04 Error Detection and Fault Tolerance in ECSM 2009 Using Input Randomization 05 DSC 05 Security Analysis of the SASI Protocol 2009 06 DSC 06 Flexible Rollback Recovery in Dynamic 2009 Heterogeneous Grid Computing 07 DSC 07 The Effectiveness of Checksums for Embedded 2009 Control Networks
TECHNOLOGY : JAVA DOMAIN : IEEE Software Engineering S.NO CODE PROJECT TITLE YEAR 01 SW 01 Enhanced Modeling and Solution of Layered 2009 Queuing Networks 02 SW 02 COMOM: Efficient Class Oriented Evaluation 2009 of Multiclass Performance Models 03 SW 03 An Investigation Into the Functional Form of 2009 the Size-Defect Relationship For Software Modules 04 SW 04 Optimized Resource Allocation for Software 2009 Release Planning 05 SW 05 Automatic Extraction of Heap 2009 ReferenceProperties in Object-Oriented Programs 06 SW 06 CHARMY: A Framework for Designing 2009 andVerifying Architectural Specifications 07 SW 07 Synthesis of Partial Behavior Models from 2009 Properties and Scenarios 08 SW 08 Identification of Move Method Refactoring 2009 Opportunities 09 SW 09 A Hierarchical Model for Object-Oriented 2009 Design Quality Assessment 10 SW 10 Variability and Reproducibility in Software 2009 Engineering: A Study of Four Companies that Developed the same System

MATLAB Based Project Idea For Digital Image Processing

2011-05-09T22:59:00.000-07:00

These are some of the best Ideas for Digital Image Processing using MATLAB. You can see our below list of MATLAB project for final year students and can select your MATLAB project. If you have some other MATLAB idea in your mind you can tell through your comments. Even if you need MATLAB Project reports you can request here or in our forums. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.
MATLAB Based Digital Image Processing Project Idea

1. A synopsis of recent work in edge detection using the DWT
2. Automated estimation of the upper surface of the diaphragm in 3-D CT images
3. Adaptive bilateral filter for sharpness enhancement and noise removal
4. Phase shifting for Non-separable 2D Hear wavelets
5. Universal Impulse noise filter based on Genetic programming
6. Efficient Non-local mean for De-noising of Textural patterns
7. Dynamic De-noising of tracking sequences
8. Analysis and compensation of rolling shutter effect
9. Coherent multi-scale image processing using dual tree quaternion wavelets
10. Texture analysis and classification with linear regression model based wavelet Transform
11. Wavelet, Ridge lets and curve lets for Poisson noise removal
12. Image Processing vision system- standard image sensor and retinas
13. An EEG Based Approach for Pattern Recognition of Precise Hand Activities with Data Fusion Technology
14. Lossless Video Sequence Compression Using Adaptive Prediction
15. Estimating 3-D Human Body Poses from 2-D Static Images
16. A Facial-Skin Condition Classification System in Wavelet Domain
17. Processing of Low Resolution Metal Transfer Images
18. Ultrasound Speckle Image Process Using Wiener Pseudo-inverse Filtering
19. Simple Face-detection Algorithm Based on Minimum Facial Features
20. Target of Imaging Observation Based on The Wavelet Transform and GPR
21. Touch-less Fingerprint Recognition System
22. A Novel Iris Recognition System based on Micro-Features
23. Face Identification by SIFT-based Complete Graph Topology
24. Feature Selection Based on Genetic Algorithms for On-Line Signature Verification
25. Moving Vehicle Registration and Super-Resolution
26. Impact of Age Groups on Fingerprint Recognition Performance
27. A Robust Method for Multiple Face Tracking Using Kalman Filter
28. Image Differencing Approaches to Medical Image Classification
29. Facial expression recognition under illumination variation
30. Iris Recognition Based on FFG
31. Palm print Recognition with Multiple Correlation Filters Using Edge Detection for Class-Specific Segmentation
32. An Improved Face Recognition Algorithm through Gabor Filter Adaptation
33. Protecting Iris Images through Asymmetric Digital Watermarking
34. Region-Level Motion-Based Background Modeling and Subtraction Using MRFs
35. A Hybrid Algorithm With Artifact Detection Mechanism for Region Filling After Object Removal From a Digital Photograph
36. On Rate-Distortion Models for Natural Images and Wavelet Coding Performance
37. Extended Analysis of Motion-Compensated Frame Difference for Block-Based Motion Prediction Error
38. Reversible Integer Color Transform
39. De blurring of Color Images Corrupted by Impulsive Noise
40. Vehicle Detection Using Normalized Color and Edge Map
41. Expansion Embedding Techniques for Reversible Watermarking
42. Stochastic View Registration of Overlapping Cameras Based on Arbitrary Motion
43. Application of Wavelet Energy Feature in Facial Expression Recognition
44. A MAP Approach for Joint Motion Estimation, Segmentation, and Super Resolution
45. A novel watermark arithmetic for video coding
46. Image Denoising by Averaging of Piecewise Constant Simulations of Image Partitions
47. Under sampled Boundary Pre-/Post filters for Low Bit-Rate DCT-Based Block Coders
48. Matching Pursuit-Based Region-of-Interest Image Coding
49. Adaptive Directional Lifting-Based Wavelet Transform for Image Coding
50. Example-Based Color Transformation of Image and Video Using Basic Color Categories
51. Demosaicing With Directional Filtering and a posteriori Decision
52.Face Recognition using PCA Technique

Image Processing in Java

2011-05-09T22:51:00.002-07:00

Image processing tools are being rapidly developed for different operating system platforms. These tools are usually big in size, not completely portable across different platformsand lack an ability to be efficiently fielded on the Internet.

The purpose of this project is to research current image processing tools and create a simple, easy and flexible image processing widget based on the Java Advanced Imaging (JAI) API. This widget will address the above-mentioned general problems associated with most image processing tools. Some popular image processing applications are discussed, including their strengths and weaknesses and their popularity. This is followed by a more detailed discussion on creating a java widget based on JAI.

FYP Final Year Project specially image processing, OCR and ANPR

2011-05-09T22:51:00.000-07:00

1-image processing
2-OCR optical character reader
3-ANPR auto number plate recognition system

Final Year Project Supervision

2011-05-09T22:50:00.000-07:00

Smart Cameras for Human Detection and Tracking

Brief Description: The use of surveillance cameras has increased considerably in recent years. Since manual monitoring of surveillance scenes is labor intensive and not cost effective, the need of automatic processing of images has rapidly grown, and as a consequence, Smart Cameras with processing capabilities have started to appear in the market. The objective of this Project is to develop an algorithm and implement it in real-time using DSP, for the detection and tracking of people moving in a surveillance scene.
Level of Difficulty: High
Background: Digital Image Processing, DSP Programming
Number of Students: 2 (Hernán Haimovich and Luis Romero)
Year: 2001

DSP-based distorsion attenuation of audio systems

Brief Description: The objective of the project is the digital implementation of algorithms for the real-time compensation of the distorsion introduced by nonlinearities in electroacoustic transducers in audio systems.
Level of Difficulty: High
Background: System Identification, Digital Signal Processing, DSP Programming
Number of Students: 2 (Lisandro Boggio and Carlos Lana)
Year: 2001

Digital Programmable Hearing Aid

Brief Description: The objective of the project is to develop a prototype which is programmable digitally according to the patient's audiogram. The project will also involve the implementation of different compression and noise reduction algorithms to improve speech intelligibility in a noisy environment.
Level of Difficulty: High
Background: Digital Signal Processing, Acoustics, DSP Programming
Number of Students: 2 (Juan Schuman and Helio Hild)
Year: 2002

Iris Recognition System

Brief Description: The objective of the project is to develop a prototype of an Iris Recognition System based on a standard digital camera.
Level of Difficulty: High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 3 (Lucas Terissi, Lucas Cipollone and Patricio Baldino)
Year: 2005
N.B.: This Project was awarded the Best Student Paper Award at the XI Workshop on Signal Processing and Control (XI RPIC), Río Cuarto, Córdoba, Argentina, September 21-23, 2005.

Automatic Weld Defect Evaluation System

Brief Description: The objective of the project is to develop a software package for the automatic evaluation of weld defects from radiographic testing.
Level of Difficulty: High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 2 (Martín Angeleri and Marcelo Figoseco)
Year: 2007

Automatic Detection of the angle between vehicle and trailer based on computer vision

Level of Difficulty: High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 1 (Joaquin Gómez Prats)
Year: 2008

Real Time 3D Sound Synthesis on Headphones

Level of Difficulty: Very High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 1 (Mauro Hernán Riva)
Year: 2009
N.B.: This Project was awarded the Best Student Paper Award at the XIII Workshop on Signal Processing and Control (XIII RPIC), Rosario, Argentina, September 16-18, 2009.

Automatic Verification of Handwritten Signatures

Level of Difficulty: High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 1 (Marianela Parodi)
Year: 2009

Software for Analysis and Automatic Recognition of cardiac arrhythmias from Holter ambulatory electrocardiography

Level of Difficulty: High
Background: Digital Signal and Image Processing, Pattern Recognition.
Number of Students: 2 (Carlos Alcalá and Pablo Rullo)
Year: 2009