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Distributed Receding Horizon Formation Control for Multi-Vehicle Systems with Relative Model

机译:基于相对模型的多系统分布式后视水平线形成控制

摘要

In this paper, a new distributed receding horizon formation control scheme is introduced using relative dynamical model instead of absolute dynamical model of each member robot in most existing formation control algorithms. Convergence of the proposed distributed receding horizon formation control (DRHFC) is implemented using some additional control input constraints, and the relative dynamical model is used to relieve the performance degradation due to huge computational burden and heavy measurement noises. In order to verify the feasibility and validity of the proposed algorithm, a simulation is conducted and compared to the formation control with absolute dynamical models.
机译:在本文中,介绍了一种在大多数现有编队控制算法中使用相对动力学模型代替每个成员机器人的绝对动力学模型的新的分布式后退地层编队控制方案。使用一些附加的控制输入约束条件实现了所提出的分布式后备水平视线形成控制(DRHFC)的收敛,并且使用相对动力学模型来缓解由于巨大的计算负担和沉重的测量噪声而导致的性能下降。为了验证该算法的可行性和有效性,进行了仿真,并与采用绝对动力学模型的地层控制进行了比较。

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