1) Busty packet traffic
突发性分组业务流
2) Burst traffic
突发业务流
3) package burst service
突发性数据业务
1.
In this paper,we carefully analyze how the BR-TDMA protocol proposed in[1] operates in the package burst service and show that it’s bandwidth utilization is low.
论文针对BR-TDMA协议对突发性数据业务的处理进行了分析。
4) burst traffic
突发业务
1.
The burst traffic model in optical burst switch and its application;
光突发交换中的突发业务流模型及其应用
2.
A scheduling algorithm called iTFF (iterative "time to leave" and "full or not" first) was developed to reduce the cell loss rate without increasing the average input latency, which has better performance than iSLIP with burst traffic conditions.
在基于输入队列的调度算法中,iSLIP(iterativeSLIP)算法以其高速易于实现的特点在高速路由器的应用中倍受关注,但是该算法在处理突发业务时性能严重恶化。
5) bursty traffic
突发业务
1.
Analysis of leaky bucket algorithm based on threshold with bursty traffic;
基于门限的漏桶算法在突发业务下的性能分析
2.
Bursty traffic such as voice, video and images is supported in ATM networks and requires different quality of service(QoS).
ATM网络中支持的突发业务如语音、视频和图像等要求提供不同的服务质量。
3.
However,it suffers from poor performance when nonuniform and bursty traffic arrives.
本文针对突发业务流,在基于优先级调度算法的思想上,提出了调度决策双重门限的概念,并且根据其设计出双门限循环调度算法—iADT(iterativeAlgorithmwithDualThresholds)。
6) burst packet transmission
突发分组
1.
Focus is on the performance of several synchronization methods in burst packet transmission with reference to 802.
11a突发数据帧结构和系统参数,着重分析几种OFDM同步算法用于突发分组传输时的性能;提出一种改进的突发帧前导结构,并描述其相应的捕获定时和载波同步算法;改进后的算法避免了相关曲线上的峰值平台,计算量少,相关特性突出。
补充资料：突发性阴囊坏疽
突发性阴囊坏疽
病名。即特发性阴囊坏疽。详见该条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条