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Control performance comparison of asynchronous and synchronous sensor system in UAV applications

机译:无人机应用中异步和同步传感器系统的控制性能比较

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This paper investigates the control performance of asynchronous and synchronous sensor systems in UAV applications. In addition, this paper is a first attempt to confirm theoretical results for performance of these systems, which we have shown, experimentally. The asynchronous and synchronous sensor system consists of two cameras, respectively, and a small RC helicopter is used as a control target. In the synchronous sensor system the two cameras are synchronized and capture images at the same time, while no adjustment for the capture time of the two cameras is made in the asynchronous sensor system. It is demonstrated that the asynchronous sensor system can provide better control performance than the synchronous sensor system, which had not been confirmed experimentally.
机译:本文研究了无人机应用中异步和同步传感器系统的控制性能。此外,本文是尝试验证这些系统性能的理论结果的首次尝试,我们已经通过实验证明了这一点。异步和同步传感器系统分别由两个摄像头组成,并且使用小型RC直升机作为控制目标。在同步传感器系统中,两个摄像头被同步并同时捕获图像,而在异步传感器系统中未对两个摄像头的捕获时间进行调整。结果表明,异步传感器系统可以提供比同步传感器系统更好的控制性能,这在实验上还没有得到证实。

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