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An Optimal Scheduling Algorithm for Electronic Control Unit in Vehicles

机译:车辆电子控制单元的最优调度算法

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In this paper, we propose an optimal scheduling algorithm for electronic control units in vehicles which usually connect with low speed CAN bus or LIN bus and apply to automotive body control, such as lamp control, power window control, windscreen wiper control. This algorithm is used to (1) guarantee schedulability of mandatory parts of periodic tasks, (2) guarantee aperiodic tasks involved not adversely influence the schedulability of mandatory parts of periodic tasks, and (3) minimize the average scheduling error of optional components of periodic tasks. Finally, an experiment is performed, and the results prove the algorithm is effective.
机译:在本文中,我们为通常与低速CAN总线或LIN总线连接的车辆电子控制单元提出了一种优化调度算法,该算法适用于汽车的车身控制,例如灯控制,电动车窗控制,雨刷控制。该算法用于(1)确保周期性任务的强制性部分的可调度性;(2)确保所涉及的非周期性任务不会对周期性任务的强制性部分的可调度性产生不利影响;(3)最小化周期性可选部分的平均调度误差任务。最后进行了实验,结果证明了该算法的有效性。

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