基于RM算法的CAN可调度性分析

Shengmin Cui, Dafang Wang, Jianfeng Wang, Wu Meng
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引用次数: 5

摘要

为了分析控制器局域网(CAN)上多消息实时传输的可调度性,提出了一种改进的调度算法。该算法基于速率单调调度算法,该算法广泛应用于单处理机上的实时多任务调度。CAN被视为排他性临界区。CAN的利用率被定义为可调度性的关键因素。提出了纯电动汽车CAN系统的实际工作负荷,并对系统的可调度性进行了计算。结果与实际工作相吻合。计算了不同速度报文的rm调度上限,以此作为评价can通信能力的依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of schedulability of CAN based on RM algorithm
In order to analyze the schedulability of realtime transmission of multi-messages on controller area network (CAN), an amended scheduling algorithm is put forward. This algorithm is based on rate-monotonic (RM) scheduling algorithm, which is widely used on scheduling realtime multitasks on uniprocessor. CAN is treated as exclusive critical sections. The utilization of CAN is defined as a key factor of schedulability. A realistic workload of CAN in pure electric vehicle is present, and the schedulability of this system is calculated. The result is coincident to the actual work. The RM-scheduling upper limits of variant velocity messages are counted, which can be used as the guideline to evaluate the communication ability of CAN.
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