1) selective cell discarding
选择性信元丢弃
2) selective discard
选择性丢弃
1.
Analysis of selective discarding traffic of IP network by queue theory;
IP网络选择性丢弃流量的性能分析
2.
A new selective discard algorithm is devised to achieve approximately fair bandwidth allocation between responsive flows and unresponsive flows.
总结了各种已有队列管理机制的不足,针对不响应流的特征提出了一种新的路由器拥塞控制选择性丢弃策略。
3) Signal unit discard
信元丢弃
4) Erroneous cell tail drop
错误信元尾丢弃
1.
Erroneous cell tail drop(ECTD),a buffer management optimization strategy through crosslayer design as proposed in this paper,could improve the utilization of onboard buffer resources in asynchronous transfer mode over satellite networks.
为提高卫星ATM(异步传递方式)网络星上缓存资源的利用率,针对利用上层协议重传的非实时数据业务,采用跨层设计方法提出了一种缓存管理优化方案—错误信元尾丢弃(ECTD)。
2.
In order to improve the utilization of on-board buffer resources in broadband satellite networks with on-board ATM(asynchronous transfer mode) switching,a cross-layer on-board buffer management strategy,ECTD(erroneous cell tail drop),which concerns non-real-time data services,was suggested.
为提高基于星上ATM(asynchronous transfer mode)交换的宽带卫星通信网络的星上缓存资源的利用率,针对非实时数据业务,提出了一种跨层星上缓存管理策略——错误信元尾丢弃ECTD(erroneouscell tail drop)。
5) Selective drop
选择性丢包
6) early selective drop
早期选择性丢包
1.
In this paper, it is shown a new scheme called early selective drop (ESD) that uses both load and average queue length to determine congestion and pa.
结合平均队列和负载衡量拥塞,实现选择性丢包,提出早期选择性丢包算法(ESD)。
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
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参考词条