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Covariance matching based adaptive CKF for distributed multi-sensor

机译:基于协方差匹配的分布式多传感器自适应CKF

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This paper addresses the problem of adaptive multi-sensor fusion. Firstly, in order to solve this problem, the model of the marine craft and multi-sensor are built. Then the desired path is known, at the same time the north east coordinate is found. In order to get the information of the marine craft, the DGPS is used. Then the information about ship, such as the position, direction and speed, is attained. According to this information, the fusion algorithm will be found. In order to make the algorithm adaptive to the noise system, the noise estimator is used to statistic system noise. This paper proposes CMACKF distributed algorithm to solve this problem. Furthermore, the simulation is used to verify the effectiveness of the algorithm. The simulation results demonstrate that the performance of the proposed algorithm is significantly superior to that of the standard CKF. That leads to improve navigation precision.
机译:本文解决了自适应多传感器融合的问题。首先,为了解决这个问题,建立了船舶模型和多传感器模型。这样便可以找到所需的路径,同时找到东北坐标。为了获得海上航行器的信息,使用了DGPS。然后获得有关船舶的信息,例如位置,方向和速度。根据此信息,将找到融合算法。为了使该算法适应噪声系统,使用噪声估计器对系统噪声进行统计。本文提出了CMACKF分布式算法来解决这个问题。此外,仿真用于验证算法的有效性。仿真结果表明,所提出算法的性能明显优于标准CKF。这导致导航精度的提高。

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