Truth Discovery With Multiple Conflicting Information Provides On Web Project Source Code

Truth discovery with multiple conflicting information provides on web project description:

Truth discovery with multiple conflicting information provides on web project is a 2008 project which is implemented in java platform.  Main idea of this project is to develop a algorithm called trust worthy algorithm which is used to analyze any content that is present on websites and generalize whether content provided on that site is genuine and trust worthy. This is done by taking content and searching same content in different trust worthy sites and rate the content genuinely.

In present trend internet had became a huge source for data. Users believe in the content which is present on the web site but the important question is whether it is correct or wrong this problem is called as veracity.  In order to provide solution for veracity we propose this new algorithm which will work better than search engines. 

Here you can download (abstract, database, reference paper, source code) entire project report source code and step by step procedure for running project.

download Truth discovery with multiple conflicting information provides on web project base paper pdf, source code in java and project report with ppt.

Consistent Object Sharing For Edge Services Project Source Code

Consistent object sharing for edge services project is a 2008 cse project which is implemented in java platform. This project is designed to explain how quiver works for distributed clients by dealing with proxies and sharing objects with proxies for improving performance of the system. Quiver is a system where different proxies are arrange at the end of network for sharing information with distributed clients for accessing mutable objects. Quiver enables these proxies to access shared objects by sending objects to proxies and performing operations on those objects.

Here we provide entire project source code and step by step procedure for running this application.

download Consistent object sharing for edge services project 2008 base paper pdf, source code in java and project report with ppt.

Performance Of A Speculative Transmission Scheme For Scheduling Latency Reduction Project Source Code

Performance of a speculative transmission scheme for scheduling latency reduction project is a 2008 CSE project which is implemented in java platform. Main aim of this project to improve performance of centrally schedule cell switch by reducing latency of the system which is caused when there is delay between request and arrival of the grant. In order to achieve this we use speculative transmission scheme which can work along with centralized matching algorithms for achieving maximum utilization. In this paper we propose a speculative transmission scheme which is employed in cross bar switching.

Here we provide entire project report and source with step by step procedure for executing this project.

download Performance of a speculative transmission scheme for scheduling latency reduction project 2008 base paper pdf, project source code and project report with ppt.

Rate And Delay Guarantees Provided By Clos Packet Switches With Load Balancing Project Source Code

Rate and delay guarantees provided by clos packet switches with load balancing project is a 2008 CSE project which is implemented in java platform. This project explains about using clos packet switching to provide efficient load balancing in a network. Multihop fabric provides higher capacity compare to single hob cross fiber for switching elements. In order to maintain traffic load we use clos switching at middle stage where all the traffic will get through this system to control overload problem.            

 Here we analyze tolerable delays that are caused by using fabric utilization and examine various load balancing algorithms and derive general formula for effective load balancing algorithm.

Here you can download entire project report and source code and step by step procedure for executing this project.

download Rate and delay guarantees provided by clos packet switches with load balancing project base paper pdf, project source code in java and project report with PPT.

Minimizing File Download Time In Stochastic Peer To Peer Networks Project Source Code

Minimizing file download time in stochastic peer to peer networks project is a 2008 CSE project which is implemented in java platform. The main idea of this project is to solve issues in download time and packet losses in streaming videos by implementing effective methods.

In this paper we work on spatial heterogeneity and temporal correlations in service capacity which can improve download time in peer to peer network and propose distributed algorithm for removing negative factors.

In existing system calculating download time is based on service capacity which is not a accurate method. Here we use simulators for analyzing performance of both existing and proposed system.

Here you can download entire project source code of four peers, server code, and client code. You can execute entire project using step by step procedures which are provided in how to run file.

Benefit Based Data Caching In Ad Hoc Networks Project Source Code

Benefit Based Data Caching In Ad Hoc Networks project is a 2008 CSE project which is developed in java platform.  This project explains about implementing data cache algorithm which can increase performance of ad hoc network by effectively utilizing bandwidth and reducing the access latency. Performance of this system is analyzed using simulators.

Here we provide entire project source code of data cache which consists of action and host, meta data consists of plug-in java code. Text file is provided with step by step procedure for executing this project.

download Benefit Based Data Caching In Ad Hoc Networks project 2008 CSE base paper pdf, source code in java and project report with PPT.

Optimal Residential Load Control with Price Prediction in Real-Time Electricity Pricing Environments

  • Project Title: Optimal Residential Load Control with Price Prediction in Real-Time Electricity Pricing Environments.

  •  Environment: Microcontroller, Digital Logic Circuits, Smart grid

 Project Description:  The main objective of developing this Optimal Residential Load Control with Price Prediction in Real-Time Electricity Pricing Environments Electrical project is to provide efficient load control method in the electricity business world. The main purpose of this system is to give possible solution to how to reduce the power consumption in home and office areas.

The project is works with smart meter where each customer has to keep it their homes and business offices and these are associated with energy scheduling methods. Micro controllers are used to implement this electrical application and this project consists of electricity retailer information, generator information, and electricity business world details.

Download Optimal Residential Load Control with Price Prediction in Real-Time Electricity Pricing Environments Project Paper Presentation

Modeling Automated Containment Of Worms Project Source Code

Modeling and automated containment of worms project is a 2008 CSE project which is implemented in java platform. Main idea of this project is to deal with worms like code red, Nimda and slammer by developing branching process model. This model effectively deals with uniform scanning worms and extending to preference scanning worms. This application is further improved to automatic worm scanner which will detect different types of worms at starting stage and restrict at low level. Worms are also called as self propagation codes which had became one of the biggest issues in internet. There are many researches going on to solve this problem. This project can help be part of that research. Here you can download entire project source code, project report and paper presentation with reference documents. download modeling automated containment of worms project base paper pdf, Project source code in java, Project report and ppt.

Design of Discrete Controller via a Formal Approach Order reduction Technique for Discrete Systems

Major Project Title: Design of Discrete Controller via a Formal Approach Order reduction Technique for Discrete Systems      

 Project Abstract: The main objective of developing this “Design of Discrete Controller via a Formal Approach Order reduction Technique for Discrete Systems” final year electrical and electronics engineering project is to provide efficient model for reduction of order models. The controller integrated in this application can reduce the order model. The main disadvantage of the previous system was the original working system was very slow when the order level is very high so with this model we can increase the working system reliability and efficiency.

Bandwidth Estimation For IEEE 802.11 Based Ad Hoc Networks Project Java Source Code

Bandwidth estimation for IEEE 802.11 based ad hoc Networks project is a 2008 cse project which is implemented in java platform. Main aim of this project is to propose a new model for accurately calculating the amount of resource that are remaining in channel and compare the quality of service with existing BRUIT, AAC and AODV protocols and newly proposed protocol.

From past few years quality of service for ad hoc networks are based on IEEE 802.11 standards. But these protocols which are proposed under IEEE standards are not accurate. By this new method bandwidth can be effectively analyzed and increase quality of service in ad hoc networks.

Here you can download entire project java source code , full documentation and PPT.

download Bandwidth estimation for IEEE 802.11 based ad hoc Networks project source code in java, project report , abstract and 2008 base paper pdf.