Enabling Video Content Distribution Using the Principle of Cloud
BibTeX
@MISC{Devi_enablingvideo,
author = {Khundrakpam Jaini Devi and R. K. Rekha},
title = {Enabling Video Content Distribution Using the Principle of Cloud},
year = {}
}
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Abstract
Abstract — Due to the explosive growth of the Internet and increasing demand for multimedia information on the web, video content distribution over the Internet has received tremendous attention from academia and industry. The most common approach for such is the peer-to-peer approach. In this approach, peers who create demand for videos also share their content with other peers. The service capacity thus increases automatically with increasing peer population, making scalability an advantage of the peer-to-peer solution But a high speed file downloading is not guaranteed. So, to remedy this, a cloud downloading scheme is deployed having a high service capacity. This system used two design philosophies using cloud either as a server or a server to suit itself to any operating system scenarios-the server mode when video population is large compared to cache size, and the helper mode when peer request rate is high compared to server bandwidth. In this paper, we proposed an enhanced feature which can serve multiple concurrent request for videos having different sizes at a time. Keywords—CDN, cloud server, cloud downloads, helpers, peer to peer network. I.
Keyphrases
video content distribution service capacity cloud server peer-to-peer solution peer-to-peer approach helper mode common approach video population high speed file downloading operating system scenarios-the server mode multimedia information different size keywords cdn peer population abstract due enhanced feature explosive growth multiple concurrent request tremendous attention peer request rate cloud downloads design philosophy high service capacity
