User:Drmnarayanancse/sandbox

An Efficient Super-Peer Selection for Peer-to-Peer Live Streaming Networks over Video-On Demand Service

Peer-to-Peer (P2P) computing services are extended to all the major fields like Engineering, Medical, etc. The P2P network services increase day-by-day so we have to provide better service in all the times and all the days. Providing better service only one server is not enough to redirecting the work. Actually, the Client requests the service from the server and then the server finds which client / server are available for the requested video content and then the video server redirects the service to that particular peer and the particular peer provides service to requested client. The Peer-to-Peer (P2P) computing is a highly-acclaimed overlay network distribution system. So once this kind of service is requested and when the requests increase, the single server will not able to provide service in a better manner. So, we have to create each and every region one small mini server. The small mini-server is called as super peer. In peer-to-peer computing, a super-peer network is represented by a sophisticated centralized topology design embedded in a decentralized system. This paper suggests a gossip communication-based protocol and the firefly algorithm to avoid the likelihood of super-peer node failure in the network communication model by selecting a super-peer node from a cluster of peers in order to maintain consistency, scalability and endurance in terms of the network’s performance. This network model is simulated in a PeerSim simulator for better performance.