Queue-Sharing Multiple Access

Queue-Sharing Multiple Access
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队列共享多路访问

DOI:
10.1145/3416010.3423230
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发表时间:
2020
期刊:
MSWiM '20
影响因子:
--
通讯作者:
Cirimelli-Low, Dylan
Cirimelli-Low, Dylan
中科院分区:
--
文献类型:
--
作者:
Garcia-Luna-Aceves, J.J.;Cirimelli-Low, Dylan

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介绍并分析了共享多址接入(QSMA)。新的信道接入方法包括在共享公共信道的节点之间建立和维护分布式传输队列,并导致队列周期序列,每个周期具有一个或多个队列转弯,其中来自已加入传输队列的节点的无冲突传输,随后是当前周期的加入周期。节点可以利用载波侦听来提高节点加入和使用共享传输队列的效率。ALOHA与优先级ACK的吞吐量,CSMA与优先级ACK的,CSMA/CD与优先级ACK的,TDMA与一个固定的时间表,和QSMA与和没有载波侦听进行了比较分析和仿真在ns-3。结果表明,QSMA比TDMA更有效,且具有CSMA或ALOHA的简单性。
Queue-Sharing Multiple Access (QSMA) is introduced and analyzed. The new channel-access method consists of establishing and maintaining a distributed transmission queue among nodes sharing a common channel and results in a sequence of queue cycles, with each cycle having one or multiple queue turns with collision-free transmissions from nodes that have joined the transmission queue, followed by a joining period for the current cycle. Nodes can take advantage of carrier sensing to improve the efficiency with which nodes join and use the shared transmission queue. The throughput of ALOHA with priority ACK's, CSMA with priority ACK's, CSMA/CD with priority ACK's, TDMA with a fixed schedule, and QSMA with and without carrier sensing is compared analytically and by simulation in ns-3. The results show that QSMA is more efficient than TDMA with the simplicity of CSMA or ALOHA.
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