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A New Type Nonlinear Observer Design for AUV in Shallow Water

机译:一种新型的浅水水下航行器非线性观测器设计

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摘要

The proposed observer could estimate AUV’s low frequency motion and environmental disturbance force from the synthetical signals which include the low frequency motion signals, high frequency motion signals and measure noise from the sensors. The nonlinear observer is proved global exponential stability and passive. Passivity theory is used in designing the tuning parameters of the observer. The observer overcomes the essential shortcomings of the tradition Kalman filter which applies the linear theory and gain scheduling techniques. A set of computer simulations which is carried out to test the performance of the proposed observer proves the excellent capability .
机译:拟议的观察者可以从包括低频运动信号,高频运动信号在内的综合信号中估计AUV的低频运动和环境干扰力,并测量来自传感器的噪声。非线性观测器被证明具有全局指数稳定性和被动性。无源性理论用于设计观察者的调谐参数。观察者克服了采用线性理论和增益调度技术的传统卡尔曼滤波器的本质缺点。进行了一系列计算机仿真以验证所提出的观测器的性能。

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