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A New realization of Multidimensional Fornasini-Marchesini II State-space Model for MIMO Radar

机译:MIMO雷达多维Fornasini-Marchesini II状态空间模型的新实现

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In this paper, a new algorithm of solving the system realization matrix is proposed for the target detection of multi-input and multi-output radar. The algorithm is based on one-dimensional array with F-M II model to solve the implementation problem of system state space model. By setting a one-dimensional array, the array is substituted into the transfer function which is obtained by the state space model. This method is used to make the complexity of the implementation process of the system lower, and is beneficial to the analysis and design of the system. Compared with the existing image algorithms, the middle chart transformation link is omitted, the calculation step is simplified, and the realization of multi-dimensional F-M II model is more convenient and efficient. The application of this algorithm to the MIMO radar system can improve the analysis efficiency of the system.
机译:针对多输入多输出雷达的目标检测问题,提出了一种求解系统实现矩阵的新算法。该算法基于带有F-M II模型的一维数组,解决了系统状态空间模型的实现问题。通过设置一维数组,该数组将替换为状态空间模型获得的传递函数。该方法可以降低系统实现过程的复杂度,有利于系统的分析和设计。与现有的图像算法相比,省去了中间图变换环节,简化了计算步骤,多维F-M II模型的实现更加方便,高效。该算法在MIMO雷达系统中的应用可以提高系统的分析效率。

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