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Design and Implementation of Multiple-Rotorcraft-Flying-Robot Testbed

机译:多旋翼飞行机器人试验台的设计与实现

摘要

In this paper, a multiple-rotorcraft-flying-robot (MRFR) testbed is introduced. Firstly, physical structure, as well as hardware and software system, is described in detail. Subsequently, in order to realize the autonomous flight of each single rotorcraft-flying-robot (RFR), modeling, identification and flight control experiments are conducted. Then, formation flying demonstration is presented to verify the basic functions of the new-designed MRFR testbed. Finally, two points should be emphasized: 1) both cooperation/coordination algorithm of MRFR and advanced flight control algorithm of single RFR can be verified on this testbed; 2) experiments on this testbed can approach real flight test much better because three real RFR systems are used.
机译:本文介绍了一种多旋翼飞行机器人(MRFR)试验台。首先,详细描述物理结构以及硬件和软件系统。随后,为了实现每个旋翼飞行器-飞行机器人(RFR)的自主飞行,进行了建模,识别和飞行控制实验。然后,进行编队飞行演示,以验证新设计的MRFR试验台的基本功能。最后,应强调两点:1)可以在该试验台上验证MRFR的协作/协调算法和单个RFR的高级飞行控制算法; 2)由于使用了三个真实的RFR系统,因此在该试验台上进行的实验可以更好地进行真实飞行测试。

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