Small State and Small Stretch Routing Protocol for Large Wireless Sensor Networks Project

Small state and small stretch routing protocol for large wireless sensor networks project is a CSE 2010 project which is implemented in visual C#.Net platform. Main aim of this project is to implement a new protocol which is developed by considering beacon distance vector based global routing state and scoped distance vector based local routing.

In every network systems routing is the basic mechanism used to send packets on shortest path. So efficiency and reliability of network systems is dependent on routing protocols. In present scenario network size and usage had increased its size so there is need to implement new algorithms which can reach present standards.

download small state and small stretch routing protocol for large wireless sensor network project 2010 base paper and project report.

Secure Distance-Based Localization In The Presence Of Cheating Beacon Nodes Project

Secure Distance-Based Localization in the Presence of Cheating Beacon Nodes project is a 2010 CSE project which is implemented in visual C#.Net platform. Main aim of this project is to implementing becon based localization algorithms which is used to determine the location of mobile device with respect to local or global coordinate system.

This project is displayed by considering three becon nodes. Becon A ,B and C and Becon server. Becon server shows postion and distance between becon and display status information of each becon at what distance they are positioned. Then becon clients and excecuted ,  On Becon Client gui we can view graphical view of distance between them. By setting ip address of each becom client and use move left and move right option we can increase or decrease distance between them.

Detailed explanation of project excecution is shown in video.

 

download Secure Distance-Based Localization in the Presence of Cheating Beacon Nodes project 2010 cse base paper and project documentation.

Privacy-Preserving Public Auditing For Data Storage Security In Cloud Computing Project

Privacy-Preserving Public Auditing for Data Storage Security in Cloud Computing is a 2010 CSE project which is implemented in visual C#.Net platform. Main aim of this project is to provide solution for protecitng security of data inside cloud computing maintaing systems and provide more accurate and secured service for users and improve qulaitiy of cloud computing technology.

Cloud computing is going to be next generation architecture for any software companies. Many big companies like microsoft, apple, oracle …etc almost every company had inversted huge amount on this technology. One of the main reasons for using this technology is cost saving and location independent, independent resource planning and many more. Away form cloud features companies offering cloud technology called as CSP should look after different aspects for protecting data.

Detailed information of project is expalined in  video.

download privacy preserving public auditing for data storage security 2010 cse base paper, project report.

Cross Layer Design In Multi hop Wireless Networks Project

Cross layer design in multihop wireless networks project is a 2010 CSE project which is implemented in visual C#.Net platform. Main aim of this project is to implement a holistic approach for existing protocol architecture design in multihop wireless networks. Main intention is to combine different protocol layers in to rigorous framework by considering them as distributed computations inside multihop wireless network to reduce optimization problems.

This project is explained using server module and scheduling approach and download access and processor view display. Initially basic parametrs are set and file is transferred and performance is calculated in existing architecture and same file is transferred and performance is calculated in proposed architecture.

Detailed explanation of project is shown in video file.

download Cross layer design in multihop wireless network project 2010 cse base paper and documentation.

Wireless Scheduling Algorithms for Minimizing the Queue Overflow Probability Project

Wireless scheduling algorithms for minimizing the queue overflow probability project is a 2010 project which is implemented in visual C# .net language. Main aim of this project is to implement algorithm for wireless celluar networks to improve scheduling by minimizing the queue overflow probability.

This project is implemented by developing three mobile client which will select destination ip address and file to transmit. Initally scheduling application is excecuted and files are sent from three mobile clients one after other. We can anlyze the out put at scheduling GUI which will display data transmission and scheduling mechanism by truning off and on which is showed on GUI.

Detailed explanation is provided in video.

download Wireless scheduling algorithms for minimizing the queue overflow probability project 2010 base paper and documentation.

Secure Client Side St-Dm Watermark Embedding Project

 Secure client side st-dm watermark embedding project is 2010 cse project which is implemented in visual C# .net language. Main idea of this project is to provide copy right protection on client side using spread transform dither modulation watermarking technique.

In order to provide securitiy on client side watermarking embedding system is mostly used in large scale distributed environments. Simulators are used to compare existing system performance with new watermarking methods. In this paper we cover theoritical and experimental results on every aspect of attacks that are caused to reduce copy right information.

Simulation results shows the advantages of new system compared with available methods by considering client side scenario.

download Secure client side st-dm watermark embedding project is 2010 cse project base paper and project documentation.

Virtual Energy Based Encryption and Keying For Wireless Sensor Network Project

Virtual energy based encryption and keying for wireless sensor network project is a 2010 CSE project which is implemented in visual C# .Net language. Main aim of this project is to implement secure and cost efficient network protocol for wireless sensor networks. Implementing this system is a challenging task in wireless sensor devices because these devices are resource limited devices.

There are three stages where application is tested initially destination displayer application in executed which consists of file receiver path option and files received by isp displayed and file status information displayer. Then VEBEK application is executed which consists of file transmitter displayer with source and destination ip address selection fields and selecting source path file from system.Data is sent from this GUI and output is anlayzed in destination displayer.

Entire project execution is explained in video file.

 

download Virtual energy based encryption and keying for wireless sensor network project 2010 CSE base paper and documentation.

Multicast Multipath Power Efficient Routing In Mobile Ad hoc Network Project

Multicast Multipath power efficinet routing in mobile adhoc network project is a 2010 project which is implemented in C# programming language. Main aim of this project is to implement measurement base algorithm which can maintaine load balanace for domain traffic along multipath pathis for multiple multicast sources. Multi path connection is established uisng application layer overlaying.  This paper explains about implementing algoritham which can work under different network models.

        This application consists of front end GUI where simulation and graphing options are provided. Performenece of the sytem can be analyzed by chanign different parameters like simlulation speed, total paths, current paths, node capacity, power efficiency, node selection. Analysis of each variation in power efficency and node selection is provided in simulation tab in the form of graph. This simulator clearly explains the improvement of power efficency using application layer overlaying.

 

 download Multicast multipath power efficient routing in mobile adhoc network project base paper and documentation.

A Unified Approach to Optimizing Performance in Networks Serving Heterogeneous Flows

The main aim of developing this A Unified Approach to Optimizing Performance in Networks Serving Heterogeneous Flows java project is to solving network optimization problem by using load balancing method. We have implemented Joint Congestion Control Algorithm to develop this final year project.

This is the top most projects chosen by all engineering final year students and it was coded and well executed with JFrame Builder tool using Java Swings programming. Modules discovers in this system are Packet Forwarding module, load balancing module, input switch module, Joint Congestion Control module.

Download A Unified Approach to Optimizing Performance in Networks Serving Heterogeneous Flows java Project, Project Abstract, Documentation, base Paper, How to run Video File.

The World in a Nutshell: Concise Range Queries Project

In the present software application we have used Optimal Solution Technique to develop The World in a Nutshell: Concise Range Queries Final year C#.Net Project. This present system works with provided user queries can be divided into sub queries and solving each sub query to get the proper output.

Modules created in this project are providing input data module, single dimension module, more than one dimension module, view output result module. We have used heuristic algorithms for multiple dimensions and simple algorithm for single dimension. The main disadvantage of the previous system is not able to provide large scale queries.

Download The World in a Nutshell: Concise Range Queries Project documentation, Paper Presentation, Base paper, Executable output video file.