Efficient Video Streaming for Interactive Session
Soumen Kanrar, Niranjan Kumar Mandal · 2015
Over the decades, researchers are trying to find an effective methodology for smooth uninterrupted multimedia data streaming through the broad band network in video on demand system. The problem is directly related to the efficiently use of methodology in the next generation network. The performance of the data streaming is largely depended upon the adaptability of the methodology to the user dynamic requirement for bandwidth in any interactive session. The users are largely interested to use interactive operation during the real-time video watching at user ends. The bandwidth utilization be good, if the data stream is served from the local site, if the local site cannot serve, then that will be served from the remotely distributed storage architecture. The submitted requests are exponentially increased with respect to the geographic location for any interactive session. In this work, we have presented the multimedia storage architecture in the distributed system environment, i.e. local proxy servers, remote data storages clusters and the role of a cluster switch. The proposed methodology is working for proxy server with a total bandwidth capacity divided into the number of sections.