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Enhancement of Video Streaming in Distributed Hybrid Architecture


Affiliations
1 Vehere Interactive Pvt. Ltd., Calcutta,West Bengal 700053, India
2 Vidyasagar University,West Bengal 721102, India
 

Pure Peer to Peer (P2P) network requires enhancing transportation of chunk video objects to the proxy server in themesh network. The rapid growth of video on demand user brings congestion at the proxy server and on the overall network. The situation needs efficient content delivery procedure, to the video on demand viewer from the distributed storage. In general scenario, if the proxy server does not possess the required video stream or the chunk of that said video, then the same can be smoothly and rapidly streamed to the viewer.This paper has shown that multitier mesh shaped hybrid architecture composed of P2P and mesh architecture increase the number of requests served by the dynamic environment in comparison with the static environment. Optimized storage finding path search reduces the unnecessary query forward and hence increases the size of content delivery to the desired location.
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  • Enhancement of Video Streaming in Distributed Hybrid Architecture

Abstract Views: 47  |  PDF Views: 2

Authors

Soumen Kanrar
Vehere Interactive Pvt. Ltd., Calcutta,West Bengal 700053, India
Niranjan Kumar Mandal
Vidyasagar University,West Bengal 721102, India

Abstract


Pure Peer to Peer (P2P) network requires enhancing transportation of chunk video objects to the proxy server in themesh network. The rapid growth of video on demand user brings congestion at the proxy server and on the overall network. The situation needs efficient content delivery procedure, to the video on demand viewer from the distributed storage. In general scenario, if the proxy server does not possess the required video stream or the chunk of that said video, then the same can be smoothly and rapidly streamed to the viewer.This paper has shown that multitier mesh shaped hybrid architecture composed of P2P and mesh architecture increase the number of requests served by the dynamic environment in comparison with the static environment. Optimized storage finding path search reduces the unnecessary query forward and hence increases the size of content delivery to the desired location.