Geochronouting Based Optimization of the Information Processing Algorithm for Positioning of Receiving Antenna of Stationary Hydroacoustic Complexes

A. Ovodenko, E. Semenova, V. Balashov, Y. Ivakin, E. Frolova
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Abstract

The article considers the task of optimization of the information processing algorithm for positioning of receiving antenna of stationary hydroacoustic complexes based on geochronotracking and statistical evaluation of retrospective data on the functioning efficiency. The features of the algorithms for processing the positioning information of receiving antennas based on geochronotracking largely determine the effectiveness and accuracy of the process of purpose-aimed using of sonar systems. This fact has determined the need to set the corresponding optimization problem, establish the boundary conditions for its solution and search for the corresponding extreme points. This article is devoted to the consideration of the mathematical and systemological aspects of the presented optimization. It defines the main parameters and optimality conditions of the considered algorithm, takes into account the results of recent developments on the subject of geochronological tracking.
静止水声综合体接收天线定位信息处理算法优化
本文研究了基于地球同步跟踪和功能效率回顾性数据统计评价的固定式水声综合体接收天线定位信息处理算法优化问题。基于同步跟踪的接收天线定位信息处理算法的特点在很大程度上决定了声纳系统定向使用过程的有效性和准确性。这一事实决定了需要设置相应的优化问题,建立其解的边界条件,并寻找相应的极值点。本文致力于考虑所提出的优化的数学和系统方面。它定义了所考虑的算法的主要参数和最优性条件,并考虑了地质年代跟踪主题的最新发展结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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