ATM适配层问题

A. Nilsson, Zhi Cui
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引用次数: 1

摘要

本文研究了在B-ISDN环境下,收敛层协议数据单元(CS-PDU)大小对端到端网络延迟的影响。假设单元丢失概率是突发的,当单元丢失发生时,将在CS-PDU级别上进行重传。对网络进行了仿真,仿真结果表明,可以选择使端到端延迟最小的CS-PDU大小。并利用数学建模技术对一个典型的ATM网络进行了分析。假设泊松到达过程,可以近似计算端到端延迟作为CS-PDU大小的函数。然后可以证明延迟是针对特定CS-PDU大小进行优化的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ATM Adaptation Layer Issues
The impact of the Convergence Suldayer Protocol Data Unit (CS-PDU) size on the end-to-end network delay in a B-ISDN environment is investigated in this paper. Cell loss probabilities are assumed to be bursty and when a cell loss occurs a retransmission on the CS-PDU level will be done. The network has been simulated and the simulation results indicate that it is possible to select a CS-PDU size that will minimize the end-to-end delay. A typical ATM network has also been analyzed by using mathematical modeling technique. Assuming Poisson arrival process, it is possible to compute approximately the end-to-end delay as a function of the CS-PDU size. It can then be shown that the delay is optimized for a particular CS-PDU size.
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