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Optimization of Shifting Schedule for Vehicle with Automated Mechanical Transmission based on Dynamic Programming Algorithm

机译:基于动态编程算法的自动机械传输的车辆换档时间表优化

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摘要

The dynamics model of the AMT system was established. Optimal shifting schedule is proposed by dynamic programming algorithm, which use speed and power requirements as control parameters, and the minimum fuel consumption as the optimization goal. The results showed that the optimal shifting schedule could reduce the shift frequency and improve the fuel economy on the premise of no loss of power.
机译:建立了AMT系统的动力学模型。通过动态编程算法提出了最佳转换计划,该算法使用速度和功率要求作为控制参数,以及作为优化目标的最小燃料消耗。结果表明,最佳换档时间表可以降低换档频率,提高燃料经济性的前提下。

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