Rate Adaptation In Congested Wireless Networks Through Real Time Measurements Project

Rate adaptation in congested wireless networks through real time measurements project is a 2010 CSE project which is implemented in java platform. Main aim of this project propose congestion mesaruement techniques which can assist to find out congestion related packets in a wireless networking system. In every wireless communication system rate adaptation is the important factor inside wireless communication in present congested networks algorithms are not efficient for controlling congestion in network.

This application is  implemented by developing receiver, sender and queue models. Using front end GUI we can test process of new system. Initially a file is sent through transmitter module through which we can analyze how packet is transmitted in packets and then in queue module we can find the informaiton of packet and at receiving module we can view received packet information where we can analyze congestion rate,transfer time, total packet size and transfer rate information.

 

Sketch4match Content Based Image Retrieval System Using Sketches

The main objective of this Sketch4match Content Based Image Retrieval System Using Sketches to Relevance feedback is an interactive process. The k-means algorithm is used to implement this project. Java, SQL & Eclipse tool used to develop this final year project. The previous system works with whenever we want to retrieve the image it is very hard to get it from large amount images and it works with Concept Based Query Expansion algorithm. This software application implemented for final year computer science M Tech students.

Download Sketch4match Content Based Image Retrieval System Using Sketches Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Secure and Practical Outsourcing of Linear Programming in Cloud Computing

The main objective of this Secure and Practical Outsourcing of Linear Programming in Cloud Computing is to develop fully homomorphic encryption (FHE) method. This system has 4 main modules namely framework technique module, fundamental technique module, high level technique module, verifying results module.

The system architecture follows customer can send LP problem to the cloud servers and it can be encrypted, then after cloud server verify decrypt the data and send the answers to the customer. Randomized key generation algorithm used to implement the project. Java server pages (JSP), Tomcat web application server, HTML, Java Script, Java, JDBC connectivity, Java Programming and MYSQL used to develop the entire project.

Download Secure and Practical Outsourcing of Linear Programming in Cloud Computing Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

 

Scalable and Cost-Effective Interconnection of Data-Center Servers Using Dual Server Ports

The main objective of this Scalable and Cost-Effective Interconnection of Data-Center Servers Using Dual Server Ports is how to incrementally deploy FiConn. The main advantage of this present Java & SQl based final year application is for scalable, interconnect huge number of back end server with low cost and gives more network capacity and bisection width.

Download Scalable and Cost-Effective Interconnection of Data-Center Servers Using Dual Server Ports Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Sat a Security Architecture Achieving Anonymity and Traceability in Wireless Mesh Networks

The main objective of this M Tech Final Year Project on Sat a Security Architecture Achieving Anonymity and Traceability in Wireless Mesh Networks is to provide solution in between anonymity and traceability objective conflicts. The main modules of this software system are WMNs module, Blind Signature module, Ticket Issuance module and Fraud Detection module. Software requirements for this project are J2me wireless toolkit 2.5.2, Java Swings, JFC, J2ME, SQL Server.

Download Sat a Security Architecture Achieving Anonymity and Traceability in Wireless Mesh Networks Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Caching Strategies Based on Information Density Estimation in Wireless Ad Hoc Networks

The main objective of this M Tech based Caching Strategies Based on Information Density Estimation in Wireless Ad Hoc Networks final year Project is to provide new caching techniques in Wireless ad hoc networks. In this software application we can implement different data items and each data item can be worked as a server. Centralized approximation algorithm and localized distributed algorithm are the suitable algorithms to develop this project.

Download Caching Strategies Based on Information Density Estimation in Wireless Ad Hoc Networks Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Buffer Sizing for 802.11 Based Networks Project

The main aim of this Buffer Sizing for 802.11 Based Networks is to propose two novel dynamic buffer sizing algorithms. The existing system has lots of disadvantages mainly less security, less performance. To overcome the previous problems and provide new features like low cable cost, more accuracy, easy to maintain, etc.

The modules used in this project are buffer sizing module, MAC module, TCP/IP data packet module, Simulation Module, ALT Module and Traffic mix module. This Java Project has implemented under java Eclipse Tool using Java Swings Programming.

Download Buffer Sizing for 802.11 Based Networks Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Analysis on Credit Card Fraud Detection Methods Project

The main aim of this Analysis on Credit Card Fraud Detection Methods Project is works with Fraud Detection using Genetic Algorithm & it was developed with Java Netbeans IDE. This project mainly useful in E Commerce systems. All Previous Credit card Fraud detection systems are works with AI, Genetic Programming, Fuzzy logic algorithms. The main disadvantage of this previous system is not efficient for huge amount of data.

Credit Card Fraud Detection Video:

Download Analysis on Credit Card Fraud Detection Methods Project Abstract, Complete Documentation, Paper Presentation, Base Paper.

Performance of Content Delivery Under Competition In A Stochastic Unstructured Peer To Peer Network Project

Performance of content delivery unser competition in a stochastic unstructured peer to peer network project is a 2010 project which is implemented in java platform. Main aim of the project is to implement a algorithm which can reduce average download time from peers. This paper covers the concept of data downloading competition from different peers and there performance while downloading under stochastic, heterogeneous usntructured P2P settings where there is only single downloding peer for stochastic p2p networks.

In experimenting this appliction  we use wifi networks and different mobile clients downloading video file from and analysis the improvement of data transfering using this new algoritham.

Detailed information of this project is explained in the video file.

 

 download Performance of content delivery under competition in a stochastic unstructured peer to peer network project base paper, project documentation and 2010 paper.

A Privacy-Preserving Location Monitoring System for Wireless Sensor Networks

The main aim of this A Privacy Preserving Location Monitoring System for Wireless Sensor Networks based Java Project is to solve privacy threats when monitoring personal system locations for WSN. Here resource-aware algorithm and quality-aware algorithm used to develop this software application; the advantage of this algorithm is to reduce communication cost as well as computational cost and provides high quality monitoring.

The important modules used in this system are wireless sensor networks Location Monitoring Module, Aggregate locations Module, Mapped Location monitoring Module, Minimum bounding rectangle module. This Total Final year project was coded with Java JFC Swings using Eclipse tool.

Download A Privacy-Preserving Location Monitoring System for Wireless Sensor Networks Project Abstract, Documentation, Base Paper.