无线多跳移动自组网中的自适应采集多址协议

Kai Liu, Jiandong Li, Pengyu Huang, A. Fukuda
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引用次数: 7

摘要

针对无线多跳移动自组网,提出了一种新的多址控制协议AAMA-CT (adaptive acquisition multiple access with common-transmission channel assignment)及其改进协议AAMA-ICT。该协议在多跳移动环境下,每个节点提前自适应地选择一个可用的信道作为自己的传输信道,并利用在公共信道上传输的RTS (request-to-send)分组,在不发生分组冲突的情况下,唤醒接收方在各自的传输信道上完成通信过程。使用该协议,可以在不需要任何强大的中央控制器和有线骨干网的帮助下,以异步方式通过半双工无线电在多个信道上灵活有效地进行资源预留。分析和仿真结果验证了该协议能够很好地解决终端隐藏和暴露问题。
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Adaptive acquisition multiple access protocol in wireless multihop mobile ad hoc networks
This paper presents a new multiple access control (MAC) protocol called adaptive acquisition multiple access with common-transmission channel assignment (AAMA-CT) and its improved one (AAMA-ICT) for wireless multihop mobile ad hoc networks. In the protocol, every node adaptively chooses a usable channel as its transmission channel in advance in multihop mobile environment and takes advantage of request-to-send (RTS) packet transmitted on a common channel to evoke its recipient to complete their communication process on their transmission channels without packet collisions. With this protocol, resource reservation is flexibly and effectively made on multiple channels by half-duplex radios without any help of powerful central controllers and wired backbone networks in an asynchronous fashion. The protocol can solve hidden and exposed terminal problems perfectly as is validated through analysis and simulation results.
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