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The Data Link Layer Protocols for Underwater Acoutic Networks

机译:水下声学网络的数据链路层协议

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The efficiency of service of Underwater Acoustic Networks is restricted by the acoustic channel characteristic, such as the low bandwith, high varying multipath and elevated noise levels. In addition.the lifetime of Underwater Acoustic Networks is influenced greatly by the limited battery power. This paper designs an Underwater Acoustic Networks and poses the data link layer protocols including the logical link control protocol and the media access control protocol. The simulation results have demonstrated that the protocols are of certain applicability in underwater acoustic channel environment that maximize throughput and reliability while minimizing end-to-end delay. In the event of low offered load, the protocol can satisfy the requirments of Underwater Acoustic Networks.
机译:水下声学网络的服务效率受到声学信道特性(例如低带宽,多径多径变化和噪声水平升高)的限制。另外,水下声网络的寿命受到电池电量有限的很大影响。本文设计了一个水下声学网络,提出了包括逻辑链路控制协议和媒体访问控制协议在内的数据链路层协议。仿真结果表明,该协议在水下声信道环境下具有一定的适用性,可以最大程度地提高吞吐量和可靠性,同时还可以最大程度地降低端到端延迟。在提供的负载较低的情况下,该协议可以满足水下声学网络的要求。

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