The method proposed here can be used to predict available bandwidth and data rate of the communication system operating in a NLOS optical scattering channel. 利用本文的研究方法可以评估非视线光散射信道的可用带宽和系统可达到的通信速率。
In practical applications, the available bandwidth and packet loss rate change randomly. 网络的可用带宽以及丢包率在实际应用中都是动态变化的,这些状态的变化又都具有随机性。
Then, we used end-to-end available bandwidth as the sending rate of one-way delay measurement packets, and corrected acquired end-to-end available bandwidth according to the trend of one-way delays. 然后,利用可用带宽测量过程得到的端到端可用带宽作为单向延迟测量包的发送速率,并利用测得的单向延迟通过趋势判断校准端到端可用带宽测量值。
Available bandwidth estimation using self-loading decreasing rate train 使用自负载降速率探针包列的可用带宽测量方法
In our scheme, paths are selected based on the path cost determined by the three important metrics : end-to-end delay, available bandwidth and path packet loss rate. 路径选择以路径代价为依据,路径代价由三个重要参数决定:端到端时延,可用带宽和路径丢包率。