Abstract
Abstract A distributed dynamic dual round robin scheduling algorithm (DSDRR) that can support differential services is presented. For each scheduler, the strategy of double pointer and round robin is adopted and scheduling complexity is substantially reduced. Its quantum function, related to the status of input queue and priority, is a traffic-adaptive dynamic scheduling mechanism and is rather sensitive to the changing network; therefore, it has the traits of dynamics and fairness. It can better support differential services and guarantee the realization of QoS.
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