基于令牌帧方案的无线控制区域网络(WCAN)性能分析

W. Ng, C. K. Ng, N. Noordin, B. Ali
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引用次数: 7

摘要

本文介绍了无线控制器区域网络(WCAN)的性能分析。WCAN是CAN协议的一种改编,它遵循以数据为中心的方法。WCAN使用令牌帧方法向系统中的节点提供通道访问。这种方法允许节点在接收到在网络上循环一段指定时间的令牌帧后轮流发送,从而共享一个公共广播通道。令牌帧允许节点一次访问一个网络,为所有节点提供“公平”的传输机会,而不是相互竞争。具有最高优先级的消息具有最高的传输优先级。令牌帧方法在有限延迟环境中提供高吞吐量。在模拟环境中对WCAN进行了测试,发现在环形网络环境中,WCAN在网络可扩展性和高数据速率方面优于IEEE 802.11。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Analysis of Wireless Control Area Network (WCAN) Using Token Frame Scheme
This paper presents the performance analysis of Wireless Controller Area Network (WCAN). The said WCAN is an adaptation of CAN protocol which follows the data-centric approach. WCAN uses token frame method in providing channel access to nodes in the system. This method allow nodes to share a common broadcast channel by taking turns in transmitting upon receiving the token frame that are circulating around the network for a specified amount of time. The token frame allows nodes to access the network one at a time, giving 'fair' chance to all nodes to transmit, instead of competing with one another. Message with highest priority has the highest priority to transmit. The token frame method provides high throughput in a bounded latency environment. WCAN is tested in a simulation environment and is found outperforms IEEE 802.11 in a ring network environment in terms of network scalability and high data rate.
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