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Evasion from pursuers in the problem of group pursuit with fractional derivatives and phase constraints

机译:具有分数导数和相位约束的群追赶问题中追逃者的逃避

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In this paper we consider the evasion problem from the group of pursuers in the finite-dimensional Euclidean space. The motion is describe by the linear system of fractional order (CD0α+zi) =Azi+ui-v, whereCD0α+fis the Caputo derivative of order α ϵ (0,1) of the functionfandAis a simple matrix. The initial positions are given at the initial time. The set of admissible controls of all players is a convex compact. It is further assumed that the evader does not leave the convex polyhedron with nonempty interior. In terms of the initial positions and the parameters of the game, sufficient conditions for the solvability of the evasion problem are obtained.
机译:在本文中,我们考虑了有限维欧几里德空间中追赶者的回避问题。运动由分数阶线性系统( C D 0 α + z i )= Az i + u i -- v , 在哪里 C D 0 α + f 是函数的αα(0,1)阶的Caputo导数 f A 是一个简单的矩阵。初始位置在初始时间给出。所有参与者的可允许控件集是凸紧凑型。进一步假设逃避者不会以非空的内部空间离开凸多面体。就游戏的初始位置和参数而言,获得了解决逃避问题的充分条件。

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