Abstract
In this article we investigate the impacts of interspacing and source polling policies on the cell?loss rates in transmission of variable bit rate video sources over Asynchronous Transfer Mode networks. We present a mathematical model that finds the approximate optimal starting times of the video sources that minimize the congestion at the multiplexer. Combined with the approximate optimal source starting times, we propose a source ordering and polling policy for reducing the cell?loss rates. The proposed policy is tested against alternative policies using simulation of pre?recorded video data.
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