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.

 

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.

Towards Optimal Network Fault Correction in Externally Managed Overlay Networks Project

Towards optimal network fault correction in externally managed overlay networks project explains about implementing a cost efficient procedure for correction of data in externally managed overlay network. In end to end packet transmission system data failure is regular problem at nodes. Every node is maintained by different admin domains.

In this project we propose a system in which we will follow optimal strategy at candidate nodes instead of considering faulty nodes. In order to improve system performance we implement several heuristics for inferring the most important node which need to be checked in large scale networks. Performance of new method is checked by using simulators.

 download Towards optimal network fault correction in externally managed overlay networks project documentation and base paper.

Data Aggression in Vehicular Ad-Hoc Networks Full Project

Data Aggression in Vehicular ad-hoc networks projects main aim is to provide a safety system for passengers and drivers inside each vehicle.

Mobile Ad-hoc Networks (MANETs) are the autonomous and decentralized wireless systems. MANETs consists of mobile nodes that are free in moving in and out of the network.

Nodes are the systems or devices i.e. Mobile Phones, Laptops, Personal Digital Assistants (PDAs), MP3 players etc., Comparatively Vehicular Ad-hoc Networks (VANETS) are the subclass of the Mobile Ad-hoc Networks(MANETS) which consists of nodes such as a cars, buses etc.

Some of the MANET nodes such as mobile phones are completely are infrastructure based which require the base station for the communication between the other nodes, whereas VANET devices such as cars can communicate with the other without the need for any road side infrastructure such as base stations ,which define the purely the form of vehicle to vehicle communication.

Data aggression in vehicular ad-hoc network project report and source code.

Performance Evaluation of AODV Routing Protocol in MANETS

  • Project Title   : Performance Evaluation of AODV Routing Protocol in MANETS.
  • Software used: Network Simulator (NS2)

Project Description: The main aim and objective of this Performance Evaluation of AODV Routing Protocol in mobile ad hoc networks project is to evaluate and improving the working of Adhoc On-Demand Distance vector (AODV) routing protocol in MANETS based on Average End to End delay service parameters. In this project network with 10 mobile nodes is designed in NS2 software and AODV routing protocol is developed. Network Simulator software used to develop this final year ECE project.

Download Performance Evaluation of AODV Routing Protocol in MANETS Project Reference documents

Greedy Routing With Anti Void Traversal for Wireless Sensor Networks Project

Greedy routing with anti void traversal for wireless sensor networks project explains about implementing the solution for un reachability problem in wireless sensor networks. 

This paper will not provide the accurate solution for the problem but there are few other methods which can guarantee the packet transmission with the excessive control overhead consumption.

There are some short cutting methods like hop count reduction which can reduce routing hops by calculating neighbors traffic, In intersection navigation method we can find best rolling direction for boundary traversal by using shortest path mechanism in the networking system.

This paper proposes rolling ball UDG boundary traversal method for accurately transmitting a packet from source to destination.

Greedy routing with anti void traversal for wireless sensor networks project report and reference documents.

Secure And Policy Compliant Source Routing Project

The main aim of “Secure And Policy Compliant Source Routing Final Year Project” is to transfer the data in the shortest path in a secure way.

In present network systems, there are problems with efficiency, flexibility, and performance.

In order to improve these factors, we need to increase the potential of the existing system by implementing new routing methods by considering traffic flow between different nodes.

The shortest path is selected for transferring data, it also involves hops that transfer data by the efficient process. 

This application is developed under network capabilities concepts and source routing system which will improve security for these systems.

Secure And Policy Compliant Source Routing Project report and paper presentation.

Privacy Preserving Association Rule Mining In Vertically Portioned Data Project Abstract

Privacy preserving association rule mining in vertically portioned data paper explains about providing solution for data mining problems that occur when transactions are done across distributed sources.

For every transaction from any site it holds attributes of that transaction, and that site will be using that information for collaborating globally for validating those rules.

At the same time site should look after providing security of transaction data of every individual.

In this paper, we propose two party algorithm for improving the efficiency with minimum support methods, where the main criteria are to provide security of individual transaction data.

download Privacy preserving association rule mining in vertically portioned data project reference documents.

Peer To Peer Resource Monitoring System Project Abstract

Peer to peer resource monitoring system is used for Local Area Networking in Unix local area network.

This application is designed to analyze usage of resource on single LAN, this system also works on multiple LAN systems where there is the possibility of inter LAN resource sharing. System wide resource is totally used for implementing this application efficiently.

This paper covers experimental evolution for improving performance for large sized LAN’s.

This system was initially developed for applications which work on load balancing and job placements. With this new system we can extend this application for other system wide services. 

In this application we use three tools smarterSSH, autoMPIgen and dynamic DNS binding system.

download Peer to peer resource monitoring system project reference document.

Managing Multidimensional Data in Unstructured P2P Network Project

Managing Multidimensional Data In Unstructured P2P network project explains about improving the standards of compression based solutions inside peer to peer network.

Peer to peer network system is mostly used nowadays and popularity had increased.

These systems are playing important role in data exchange among a large number of communities mainly file sharing context. But of the problem in these systems are lossy data compression methods ( like MPEG data formats).

By implementing efficient data compression methods we can reduce data transmission costs. This paper will cover detailed study on implementing efficient data compression techniques.

In this project report, you can find an introduction to the project, Thesis statement, Existing system survey, and reference.

download Managing Multidimensional Data In Unstructured P2P network project Report.