Abstract

The features of the functioning of the systems of automatic tracking of air objects, optimized according to the classical quadratic functionals, are considered, and their shortcomings are noted when tracking objects moving along complex trajectories. A variant of the solution of the problem of the local optimization of automatic tracking systems based on minimizing quadratic-biquadratic quality functionals is proposed. An example of the synthesis of the tracking system of a radar goniometer is given and analyzed. In the second part of the article, the results of modeling the created system will be analyzed.

中文翻译：

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基于局部二次-二次函数的空物体自动支持系统优化。一，最优控制综合

摘要

考虑了根据经典二次函数优化的空中物体自动跟踪系统的功能特征，并指出了跟踪沿复杂轨迹运动的物体的缺点。提出了一种基于最小化二次-二次质量函数的自动跟踪系统局部优化问题的解决方案。给出并分析了雷达测角仪跟踪系统的综合实例。在本文的第二部分中，将分析对创建的系统进行建模的结果。