This paper develops a new complex-valued multichannel fast Kalman algorithm for these cases.
本文导出了一种适用于这种情况的复值多路快速卡尔曼算法。
A fast Kalman filtering algorithm of netted radar system is presented for tracking a maneuvering target.
提出了一种快速卡尔曼滤波跟踪算法，用于组网雷达系统对机动目标的跟踪分析。
Three programs, i. e., stochastic gradient (SG), fast Kalman (FK) and recursive least square (RLS), are used.
应用了三种程序，它们分别是随机梯度(SG)、快速卡尔曼滤波(FK)和递归最小二乘(rls)。
In the cases where the fast convergence and tracking behaviors are required, the LMS algorithm and the conventional fast Kalman algorithm are not suitable.
在要求快速收敛和跟踪的场合下，lms算法及常规的快速卡尔曼算法均不适用。
Furthermore, the target moving fast and entire occlusions are resolved through combining the optimal algorithm with the Kalman forecast.
通过将优化算法与卡尔曼轨迹预测相结合，解决了目标运动速度过快和全部遮挡问题。
Furthermore, the target moving fast and entire occlusions are resolved through combining the optimal algorithm with the Kalman forecast.
通过将优化算法与卡尔曼轨迹预测相结合，解决了目标运动速度过快和全部遮挡问题。
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