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Design and implementation of a control of position system for the quadricopter AR. Drone 2.0 by Parrot

机译:四函数AR定位系统控制的设计与实现。鹦鹉无人机2.0

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This article describes experimental develop of control position without considerate trajectory that realize the quadricopter, realizing the essays in different highs about above sea level. Using parametric identification to obtain the model, it's designed a PID control with positions “x” and “y” by using Routh Hurwitz method to determinate the parameters. Finally it simulates the control in Matlab which presents the test and results of real system.
机译:本文介绍了控制位置的实验性,而无需考虑轨迹即可实现四态转换,从而实现大约在海平面上方的不同高度的散文。使用参数识别来获取模型,它通过使用Routh Hurwitz方法来确定参数,设计了具有位置“x”和“y”的PID控制。最后,它模拟了Matlab中的控制,它呈现了真实系统的测试和结果。

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