In this paper,we present a new self-similar traffic shaping mechanism and investigate its effect on the output traffic characteristics and network performance under self-similar traffic.Simulation results show that ou...In this paper,we present a new self-similar traffic shaping mechanism and investigate its effect on the output traffic characteristics and network performance under self-similar traffic.Simulation results show that our proposed mechanism can not only effectively reduce the burstiness of input traffic,but also perform better than the non-traffic shaping scheme in the terms of packet-loss rate and blocking probability.展开更多
基金Supported by the National Natural Science Foundation of China(No.60132020 ,60302026)
文摘In this paper,we present a new self-similar traffic shaping mechanism and investigate its effect on the output traffic characteristics and network performance under self-similar traffic.Simulation results show that our proposed mechanism can not only effectively reduce the burstiness of input traffic,but also perform better than the non-traffic shaping scheme in the terms of packet-loss rate and blocking probability.
