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Approximate controllability of semilinear nonlocal fractional differential systems via an approximating method

机译:半线性非局部分数阶微分系统的近似可控性

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摘要

We study the control system governed by a class of abstract nonlocal fractional differential equations. By using the fractional calculus and approximating technique, we give the approximate problem of the control system and get the compactness of approximate solutions set. Then new sufficient conditions for the approximate controllability of the control system are obtained when the compactness conditions or Lipschitz conditions for the nonlocal function are not required.
机译:我们研究了由一类抽象的非局部分数阶微分方程控制的控制系统。通过使用分数演算和逼近技术,我们给出了控制系统的逼近问题,并获得了逼近解集的紧致性。然后,当不需要用于非局部函数的紧凑性条件或Lipschitz条件时,可以获得用于控制系统的近似可控性的新的充分条件。

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