Collaborative Proxy Peering System (CPPS) for scalable video streaming

M. H. Kabir, G. Shoja, E. Manning
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Abstract

Single proxy is not enough to serve thousands of clients in a proxy based scalable streaming scheme. This is because the performance bottleneck shifts from the server to the proxy. Multiple proxies can be deployed in the above scheme to overcome the problem. If these proxies remain isolated, i.e., non-collaborative, overall resource utilization at these proxies will be very poor. We propose that these proxies that serve a particular video in a proxy based scalable streaming scheme should form a Collaborative Proxy Peering System (CPPS). Simulation result shows that our proposed CPPS reduces server-proxy bandwidth requirement and the proxy buffer requirement compared to non-collaborative proxy deployment.
可扩展视频流的协同代理对等系统(CPPS)
在基于代理的可扩展流方案中,单个代理不足以服务数千个客户端。这是因为性能瓶颈从服务器转移到了代理。可以在上述方案中部署多个代理来克服这个问题。如果这些代理保持隔离,即非协作,那么这些代理的总体资源利用率将非常低。我们建议这些在基于代理的可扩展流方案中服务特定视频的代理应该形成一个协作代理对等系统(CPPS)。仿真结果表明,与非协同代理部署相比,我们提出的CPPS减少了服务器-代理带宽需求和代理缓冲区需求。
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