Abstract

Based on the multistructuredness and clustering principles, as well as the filtration theory, we develop a new estimation method for the motion parameters of a radiating target under the assumption of a fundamental indefiniteness of the operating conditions for the triangulation measurement system. The method admits anomalous measurement errors in the measurement channels (the azimuth and the angle of elevation) of particular system locators such that neither the number of uncertain channels neither the time moments of the appearance of these errors are known (only the greatest possible number of uncertain channels is known). The method is implemented in the stochastic variant with or without the participation of an operator. The implementation does not require the traditional extension of the space of states. We provide the results of the comparative analysis demonstrating the efficiency of the method.

中文翻译：

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先验不确定性假设下辐射目标运动参数三角剖分估计的多结构方法

摘要

基于多结构性和聚类原理以及过滤理论，我们在三角测量系统的工作条件基本不确定的前提下，开发了一种新的辐射目标运动参数估计方法。该方法允许在特定系统定位器的测量通道（方位角和仰角）中出现异常的测量误差，从而不确定通道的数量和这些错误出现的时间都不是已知的（仅最大可能的数量）。不确定的渠道是已知的）。该方法在有或没有操作员参与的情况下以随机变型实施。该实现不需要传统的状态空间扩展。