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Study of an Approximation Process of Time Optimal Control for Fractional Evolution Systems in Banach Spaces

机译:Banach空间中分数阶演化系统时间最优控制的逼近过程研究。

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The paper is devoted to the study of an approximation process of time optimal control for fractional evolution systems in Banach spaces. We firstly convert time optimal control problem into Meyer problem. By virtue of the properties of the family of solution operators given by us, the existence of optimal controls for Meyer problem is proved. Secondly, we construct a sequence of Meyer problems to successive approximation of the original time optimal control problem. Finally, a new approximation process is established to find the solution of time optimal control problem. Our method is different from the standard method.
机译:本文致力于研究Banach空间中分数阶演化系统的时间最优控制的近似过程。首先将时间最优控制问题转化为迈耶问题。借助于我们给出的解算子族的性质,证明了Meyer问题的最优控制的存在。其次,我们构造了一系列Meyer问题,以逐次逼近原始时间最优控制问题。最后,建立了一个新的近似过程来寻找时间最优控制问题的解。我们的方法不同于标准方法。

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