移动自组网中完全不可抑制序列的延迟分析

Aijie Zou, Yuxuan Fang, Fengyu Guan, Yijin Zhang, C. Fu, Hongyuan Chen, F. Shu
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引用次数: 0

摘要

协议序列可以在不需要时间同步的情况下,为移动自组织网络设计一种简单可靠的信道接入协议。本文主要研究完全不可抑制序列(CI),该序列可用于允许每个用户在完全异步信道的每个序列周期内至少有一个成功的数据包传输。先前的数值研究表明,使用精心设计的CI序列可以比使用aloha型方案提高平均延迟性能。为了获得对协议特性的独特见解,我们提出了CI序列延迟性能的分析模型。数值结果验证了分析模型的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Delay analysis of completely irrepressible sequences for mobile ad hoc networks
Without requiring time synchronization, protocol sequences can be used to design a simple and reliable channel access protocol for mobile ad hoc networks. This paper focuses on completely irrepressible (CI) sequences, which can be employed to allow each user to have at least one successful packet transmission within each sequence period for a completely asynchronous channel. Previous numerical studies have shown by using carefully designed CI sequences, the average delay performance can be improved than using ALOHA-type schemes. To gain a unique insight into the characteristics of the protocol, we present an analytical model for the delay performance of CI sequences. The accuracy of our analytical model is verified via numerical results.
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