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A Multimedia streams dynamic rate control algorithm based on Fuzzy adaptive PID (MFPID) has been proposed to implement multimedia streams’ end sending rate on-line self-regulating and smoothing, and to track system resources in time, so that it can avoid system’s regulating oscillation and guarantee system’s stability. And, some work has been done to analyze adaptive session model of multimedia streams, to implement future available bandwidth estimation of IP network, to achieve PID parameters’ on-line self-tuning by fuzzy controlling. Simulation validated the theoretical results of MFPID.
A Multimedia streams dynamic rate control algorithm based on Fuzzy adaptive PID (MFPID) has been proposed to implement multimedia streams’ end sending rate on-line self-regulating and smoothing, and to track system resources in time, so that it can avoid system’s regulating oscillation and guarantee system’s stability. And, some work has been done to analyze adaptive session model of multimedia streams, to implement future available bandwidth estimation of IP network, to achieve PID parameters’ on-line self-tuning by fuzzy controlling. Simulation validated the theoretical results of MFPID