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MAC-SCC: medium access control with a separate control channel for multihop wireless networks

机译:MAC-SCC:介质访问控制,具有用于多跳无线网络的单独控制信道

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摘要

The recent research has shown that the basic RTS/CTS approach is not efficient in multihop wireless networks. In this paper, we propose a novel medium access control protocol with a separate control channel (MAC-SCC). A distinct feature of MAC-SCC (compared with other multichannel MAC protocols) is to use two Network Allocation Vectors (NAVs) for the data channel and the control channel, respectively. The transmission of the next data frame can be pre-determined during the current transmission via the separate control channel, and thus the frame collision probability and bandwidth wasted during backoff can be reduced. The system throughput is quantified via simulation. The results show that MAC-SCC yields a throughput gain up to 60% under high traffic load and has a significant lower link failure probability.
机译:最近的研究表明,基本的RTS / CTS方法在多跳无线网络中效率不高。在本文中,我们提出了一种具有独立控制信道(MAC-SCC)的新型媒体访问控制协议。 MAC-SCC(与其他多通道MAC协议相比)的显着特征是分别对数据通道和控制通道使用两个网络分配向量(NAV)。可以在当前的传输期间经由单独的控制信道来预定下一数据帧的传输,因此可以减少退避期间的帧冲突概率和带宽浪费。系统吞吐量通过仿真进行量化。结果表明,在高流量负载下,MAC-SCC的吞吐量提高了60%,并且链路故障概率大大降低。

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