The Awareness Network to Whom Should I Display My Actions and Whose Actions Should I Monitor

The Awareness Network to Whom Should I Display My Actions and Whose Actions Should I Monitor has implemented with Microsoft .net technologies using ASP.Net & C#.Net.  This project can be useful for Software Research & computer-supported cooperative work (CSCW).

The main modules of this project are task management system module, contacting person identification module, This Engineering .Net project can be run on XP Operating System with specific hardware requirements.

Download The Awareness Network to Whom Should I Display My Actions and Whose Actions Should I Monitor Project Base Paper, Documentation with Screen Shots, Video Files.

Improving Aggregate Recommendation Diversity Using Ranking-Based Techniques

Improving Aggregate Recommendation Diversity Using Ranking-Based Techniques Architecture follows page content data and log data can be calculated by relevance data where rank vector calculation can be done by rank vector data. By using the previous system we have found projects at finding relevant data.

In the present system we have implemented Recommendation Algorithm. This .Net project was developed with 4 major modules those are Posting module, Recommendation module, rating module, Ranking module. This Improving Aggregate Recommendation Diversity project has designed with ASP.Net, C# & SQL.

Download Improving Aggregate Recommendation Diversity Using Ranking-Based Techniques Project documentation, Base Paper, How to run Video file.

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.

Slow Adaptive OFDMA System through Chance Constrained Programming Project

Slow adaptive OFDMA system through chance constrained programming project explains about implementing adaptive OFDMA scheme for providing high computational complexity and improving efficiency in excessive signaling overhead. OFDMA technique had proved that it is the most efficient method for transmitting data fast and with less signal distortion in future broad band wireless systems. In order to provide fast transmission OFDA users radio resources with sub carriers and power , applied to channels of every user.

Orthogonal frequency division multiplexing is one of the widely used technology in present trend providing efficient broad band service. In order to meet the demand to mitigate wireless channel impairments we propose  subcarriers to improve system capacity.

 download Slow adaptive OFDMA system through chance constrained programming project documentation.

Exploiting Dynamic Resource Allocation for Efficient Parallel Data Processing in the Cloud

Exploiting Dynamic Resource Allocation for Efficient Parallel Data Processing in the Cloud is the best processing method dynamic resource allocation for; to develop this project we have implemented Job Scheduling and Execution Algorithm and Parallelization and Scheduling Strategies Algorithm.

Mainly this .net 2011 project has Networking Module, Lbs Services module, System Model module, Task Scheduling module, and Query Processing module. This project was well developed and coded with ASP.Net, C#.Net and SQL server 2005.

Download Exploiting Dynamic Resource Allocation for Efficient Parallel Data Processing in the Cloud .Net Project with abstract, documentation, Base Paper, How to run video file, Paper Presentation.

Distributed Adaptation of Quantized Feedback for Downlink Network MIMO Systems

Distributed Adaptation of Quantized Feedback for Downlink Network MIMO Systems Project is the Best major Project for Computer science students under .Net Technology using ASP.net, C#.Net Programming and SQL Database Server. This Project mainly consists 4 major modules:

  • Channel State details module
  • Clustered Network MIMO Co-Ordination module
  • Channel state information Feedback module
  • Simulation Results module

Download Distributed Adaptation of Quantized Feedback for Downlink Network MIMO Systems Project documentation with abstract & base paper with executable video file.

Continuous Neighbor Discovery in Asynchronous Sensor Networks Project

The main advantage of this Continuous Neighbor Discovery in Asynchronous Sensor Networks 2011 final year project is to detect their near neighbors easily and it will no collide with any other message. Here we are using Sensor Networking technology where sensors are working as a protocol style to reduce the time. 

This Computer science project was developed by using C#.net & SQL Server works at windows XP Professional operating system. This project has 2 main modules those are below

  1. Client – Server module
  2. Find out all hidden links module inside and outside segment module

Download Continuous Neighbor Discovery in Asynchronous Sensor Networks Project Base Paper, Documentation, Video file.

Bridging Socially-Enhanced Virtual Communities .NET Project

The main aim and objective of this Bridging Socially-Enhanced Virtual Communities .NET Prioject is to based on interaction for social network in service-oriented methods. These social networks are developed upon mining and metrics. The Page Ranking Algorithm has used to design this communities project.

ASP.Net & C#.net programming used to develop this application where  .net can be used for front end web page designing & SQl server ised for back end database storage.Broker Query and Discovery Language (BQDL) used in this computer science engineering project.

The below Attached Project contains:

  •     Documentation of the project
  •     Base Paper of the project
  •     Video File for how to run the project.

Download Bridging Socially-Enhanced Virtual Communities .NET Prioject for the final year engineering students.

Web Portal for Lyrics Java Project with Code

Web portal for lyrics  of songs main idea is to provide lyrics of every song for users to know in detail about the lyrics and information about the lyric writer and its popularity. User can also listen to songs. Initially users need to log in to application and get unique username and password for using this site. Users can upload lyrics to website which can be viewed by other users. Using search feature users can search for songs based on the title or lyric writer and singer.

This application consist of all basic features that are available for every website. We use java programming langue for developing this project.

Here you can download entire project code and execution procedure of the project.

download web portal on lyrics project source code and execution procedure.

Adaptive Fault Tolerant QoS Control Algorithms for Maximizing System Lifetime of Query-Based Wireless Sensor Networks

 Adaptive Fault Tolerant QoS Control Algorithms for Maximizing System Lifetime of Query-Based Wireless Sensor Networks is a completely C#.Net based 2011 project developed for final year computer science students under Visual studio.net Tool, other Microsoft Technologies.

The main advantage of this project is to increse the lifetime of the sensor  system and we can look forward to increase the speed options, system Reliability for query-based WSNs. Here the proposed system works with two system parameters one Source parameter & Second path parameter.

The below Attached Project contains:

  • Documentation
  • Base Paper
  • Video File for how to run the project.

Hardware Specifications:
•    Hard Disk Space         :      500 GB.
•    RAM Size           :      4 GB.

Software Specifications:
•    OS      :      Windows XP, Vista, Win 7, Linux.
•    Software technologies     :     C#.NET, ASP.Net, Microsoft Visual Studio 2010.

Download Adaptive Fault Tolerant QoS Control Algorithms for Maximizing System Lifetime of Query-Based Wireless Sensor Networks 2011 .Net Project Documentation, Base Paper Video File & related reference documents.