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Application of Federated and Fuzzy Adaptive Filter on the Velocity and Angular Rate Matching in the Transfer Alignment

机译:联合模糊自适应滤波器在传递对准中速度和角速度匹配中的应用

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The federated and fuzzy adaptive filter is composed of the federated filter and the fuzzy adaptive filter which has been improved. To adjust the structure coefficient and algorithm for the new innovation of the matching filter, the federated and fuzzy adaptive filter adjust the weight of locally estimated state on the velocity matching and the angular rate matching in the transfer alignment by the difference between the real innovation variance and the theory innovation variance. And it guarantees the stability of matching filter and the accuracy of transfer alignment. The result of simulation shows that the federated and fuzzy adaptive filter is better to estimate the initial attitude misalignment angle of inertial navigation system (INS) when the system dynamic model and noise statistics characteristics of inertial navigation system are unclear.
机译:联邦模糊自适应滤波器由联邦滤波器和经过改进的模糊自适应滤波器组成。为了调整匹配滤波器的新创新的结构系数和算法,联邦模糊自适应滤波器通过实际创新方差之间的差异来调整传递对准中速度匹配和角速率匹配的局部估计状态权重以及理论创新的差异。并且保证了匹配滤波器的稳定性和传输对准的准确性。仿真结果表明,在惯性导航系统动力学模型和噪声统计特性不清楚的情况下,联合模糊自适应滤波器能更好地估计惯性导航系统的初始姿态失准角。

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