reliable content video streaming services for p2 p networks
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CONTENTS• Problem Statement , Aims and
Objectives• Existing system and
drawbacks• Proposed system• Implementation • System Architecture• Advantages of proposed
system• Conclusion • Future work• Reference
Problem Statement• Interactive video
streaming services for peer to peer network using Network Coding Equivalent Content Distribution [NCECD].
Aim of the project
• Provide an interactive VOD services in P2P network.
• Reducing the delay experienced by users while downloading the video file.
• It also provide Scalability, Flexibility & Short latency.
Objectives of the project
• Video files are splitted into number of chunks using Fibonacci approach.
• Server load balancing problems is solved.
• Loading time and buffering time is reduced.
Drawbacks• More buffering time will be taken when video is played.
• Most of the time is spent only on optimizing the distribution of large video files.
• Long waiting time for video files to load.
Proposed System
• NCECD ,videos are divided into no of segments and stored at peers local storage in a distributed manner.
• Client one can pick any server without additional search.
• This scheme also support dynamic network among the peers.
Multiple Description
Coding • MDC is one example of multi-rate video coding method.
• Data are encoded into several descriptions, which are independent of each other.
• When all the descriptions are received, the original data can be reconstructed without distortion.
Module description
• Video Partitioning.• Effective Bandwidth Optimization.
• Combinatorial Encoding of Network Flows.
Advantages• Video files are divided into number of segments and distributed in effective manner.
• Loading time and buffering time is reduced, server offline problem is also managed.
• Server Load balancing problem is solved.
Conclusion• The proposed NCECD achieved interactive VOD services in a P2P network.
• Asynchronous requests are served effectively.
• The problem of loading time & buffering time are solved.
Future work• This work can be enhanced by using multiple servers to store valid information, which client requires.
• It can also be enhanced for live streaming.
References[1] M. Ramya, S. Girija, M.
Bharathy Devi, S. Gnanavel M.E (Phd) Hd Video Transmission Over Wireless Network Using Batching And Patching Technique INTERNATIONAL JOURNAL OF SCIENTIFIC & TECHNOLOGY RESEARCH VOLUME 3, ISSUE 4, APRIL 2014 ISSN 2277-8616.
[2] Aravindhan1, Anitta.P.Baby2 1 NCECD Based Load Balancing of Peer to Peer Video on Demand Streaming K. International Journal of Engineering and Innovative Technology (IJEIT) Volume 2, Issue 10, April 2013
[3] Naveen Kumar, Jaishree Tripathi, Rachana Dubey Mr. Abhishek Srivastava- Optimal bandwidth assignment for multiple description coded video||ijecs vol 2.issue5 May 2013. [4] H. Shen and C.-Z. Xu, “Locality-Aware and ChurnResilient Load-Balancing Algorithms in Structured Peer-toPeer Networks,” IEEETrans. Parallel and Distributed Systems, vol. 18, 2007. A. Hu, “Video-on-Demand . [5]L. Pinho and C. Amorim, “Assessing the Efficiency of StreamReuse Techniques in P2P Video-on-Demand Systems,” J. Networkand Computer Applications, vol. vol. 29, pp. 25-45, 2006.
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