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Authors
Affiliations
1 IT Department, VMU University, IN
2 Electronics and Communication Engineering, Government College of Engineering, Salem, IN
Source
Data Mining and Knowledge Engineering, Vol 1, No 2 (2009), Pagination: 60-64
Abstract
The efficient distribution of stored information has become a major concern in the web which has increasingly become a vehicle for transport of stored video. In this paper we improved the efficiency of the streamed video using caches. Caches have been created for every client, optimistic to join this proxy based peer to peer system. The proxy server also contains a separate cache memory that is used to store the media files available in the main server. The cache size depends upon the media file’s size. Streaming video applications are commonly used by most clients to watch video. The currently implemented streaming functionality, however, presents many technical challenges at the client side, server side and thenetwork that have not yet been efficiently resolved. In the internet the time taken to receive the media file is very high. To provide efficient streaming, to the client is the goal. The client in a distributed environment is connected to the server through a network. In the paper the client machines in an intranet are self-organized into a structured P2P system to provide a large media storage and to actively participate in the streaming media delivery, where the proxy is also embedded as an important member to ensure the quality of streaming service. The coordination and collaboration in the system re efficiently done by our P2P management structure and replacement policies. This paper encompasses the design of a streaming media which is both performances effective and cost effective. The proxy is a member of the P2P network managed by the distributed hash table. In addition, the proxy also plays an important and unique role to ensure the quality of media delivery due to its dedicated and stable nature.
Keywords
Load Balancing, Splitting, Proxy Server, Content Delivery Network, Main Server, Intermediate Server, Proxy to Proxy.
