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http://dx.doi.org/10.6109/JKIICE.2009.13.12.2753

Simulation System Design and Development for Analysis of the Search Strategy for Underwater Targets  

Park, Young-Man (해군사관학교 국방경영과학과)
Shin, Seoung-Chul (해군사관학교 전산과학과)
Abstract
The Navy is trying to develop a sonar-operation strategy that efficiently searches for underwater targets. To develop an efficient sonar-operation strategy, a simulation system, which can analyze the efficiency of various operation strategies, is needed. The simulation executes the strategical operation by collecting information of sea environment, destroyer, sonar, and target. Also, it should be able to provide diverse information according to its progression. In this study, the simulation system that can evaluate and analyze the effectiveness of the search strategy for underwater targets in different environments was designed and developed. The simulation system was developed, utilizing the sonar equation and the lateral-range-curve, and it portrays many patterns of realistic movements of a target. This system will contribute to developing and improving efficient sonar-operation strategies to find underwater targets in the future.
Keywords
Hull Mounted Sonar(HMS); Underwater Target Search; Search pattern; Simulation; Effect Analysis;
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