The main aim of this Cloud Computing for Agent-Based Urban Transportation Systems Google android project is to provide decision management system support for traffic & transport management strategies to control traffic. This final year engineering android application developed under mobile multiagent technology. This software system works with different layered methods 1) application method layer, platform method layer, unified source method layer, and fabric method layer.
Authentication Schemes for Session Passwords using Color and Images Project
The main aim of this Authentication Schemes for Session Passwords using Color and Images Google android project is to generate passwords for sessions in digital applications using images and different colors. Previous systems works on text based passwords but the problem is security so we have implemented this android application most efficiently. Draw- a-Secret method used for shoulder surfing. Pair-based Authentication technology and Hybrid Textual Authentication technology used to develop this software system for final year engineering students.
A Query Formulation Language for the data web
The main aim of this A Query Formulation Language for the data web Google android project is to find out structured data. MashQL used in this software application mainly Query Formulation Language has been done on two types of editor’s online mashup editor, and a Firefox add-on. By using this android application we can provide more efficient interaction between the users. This application has search text box top of the screen and provides search query results.
A Foundation for Stochastic Bandwidth Estimation of Networks with Random Service
The main aim of this A Foundation for Stochastic Bandwidth Estimation of Networks with Random Service project is to find out the cross traffic in Networks and give solution and differentiate to all previous bandwidth estimation technologies. This is the simple java based Software application.
Provisioning Of Deadline-Driven Requests with Flexible Transmission Rates in Wdmmesh Networks Project
Provisioning of Deadline-Driven Requests with Flexible Transmission Rates in WDMMesh Networks project is a 2010 cse project which is implemented in java platform. This project explains about understanding problems caused due to bandwidth allocation for improving new services by telecommunication networks to provide new services like IPTV gird computing …etc which need accurate and consistent bandwidth.
This can be solved by implementing wave length division multiplexing which works on optical networks. This technology uses optical cross connections and protocols like ASON/GMPLS which are used for controlling automatic and dynamic provision of light paths.
In order to handle these new technologies with consistent bandwidth and quality of service dynamic switching circuits are used which are suitable to these conditions.
download Provisioning of Deadline-Driven Requests with Flexible Transmission Rates in WDMMesh Networks project 2010 base paper, project abstract and project report.
Performance Evaluation of Video Streaming Over Multi Hop Wireless Local Area Networks Project
Performance evaluation of video streaming over multi hop wireless local area networks project is a 2010 cse project which is implemented in java platform. This project explains about implementing Markov-chain model for improving quality of video streaming in wireless multi hop network. In present scenario IPTV works on IEEE 802.11 WLAN standards which provide wireless video streaming but this model does not provide achievable throughput because of factors like limited attenuation and interference.
After implementing this model we test throughput based on network simulation on both upper layer and lower layer simulation modules. This results shows that new two dimensional Markov-chain model performances is better that available model. For more analysis of this system we use H.264 based video streaming simulation with application layer performance metrics.
download Performance evaluation of video streaming over multi hop wireless local area networks project 2010 cse base paper, project report and project abstract
Toward Practical Opportunistic Routing With Intra-Session Network Coding For Mesh Networks Project
Toward Practical Opportunistic Routing With Intra-Session Network Coding for Mesh Networks project is a 2010 cse project which is implemented in java platform. This project explains about improving performance of multi path routing in mesh network by using network coding techniques, this system deals with number of packets in system compare to specific packets.
In this project we compare both single path and multipath routing methods using simulator which shows multipath routing method outperform single path routing.
Improving performance in wireless channel can be possible because of it unique features like broadcasting nature which can provide opportunistic transmission as suggested.
download Toward Practical Opportunistic Routing with Intra-Session Network Coding for Mesh Networks project 2010 base paper and project report and project abstract
Distributed Algorithms For Minimum Cost Multicast With Network Coding In Wireless Networks Project
Distributed algorithms for minimum cost multicast with network coding in wireless networks project is a 2010 cse project which is implemented in visual C# .net platform. This project explains about implement network coding method which will increase throughput network robustness and this method helps is allocating network more efficiently. This method is the advanced method of traditional routing which works on algebraic operations on received data.
In this paper we cover details on how network coding approach can minimize cost by implementing two methods first finding minimum cost coding sub graphs and designing code and apply it on optimal sub graphs.
download Distributed algorithms for minimum cost multicast with network coding in wireless networks project 2010 cse base paper, project abstract and project report.
Dynamic Channel Allocation for Wireless Zone-Based Multicast and Broadcast Service
The main aim of this Final Year based Java application Dynamic Channel Allocation for Wireless Zone-Based Multicast and Broadcast Service project is to provide Dynamic Channel Allocation schemes.
This project was developed with MBS zone technology. DCA and EDCA are the two methods we can implement in this application. We are going to use Iterative Algorithm for DCA.
Fast Simulation of services availability in mesh network with dynamic path restoration
Fast Simulation of services availability in mesh network with dynamic path restoration project is a Java Based application. The output of the client screen contains select file path option, file size option, send file option, Coming to server output screen contains received file option and file size option. Router Java application output screen contains received file field, acknowledge field, and file size field.
This java Project has three client screens, three router screens and one server application. Download Project Abstract, Complete Documentation, Paper Presentation, Base Paper.