摘要
鱼雷作战效能评估仿真系统涉及发射平台、鱼雷武器、目标、对抗器材等复杂实体以及风场、海浪、水声场等复杂环境的建模和仿真问题,实现不同领域的实体和环境仿真模型的重用与组合是作战效能仿真系统开发面临的挑战。本文探讨了仿真可组合性的概念和基于本体的可组合仿真系统开发技术,分析了鱼雷作战效能评估仿真系统的体系结构,研究了鱼雷作战效能仿真本体、本体模型库以及基本本体的仿真系统开发流程,为解决不同领域、不同粒度仿真模型的可重用和组合问题,为构建更有效的鱼雷作战效能评估仿真系统进行了理论分析和工程应用探索。
The simulation system for evaluation of torpedo operational effectiveness relates to modeling and simulation of a number of entities and environments. The list of operational entities includes launching platforms, torpedo, target warships, and acoustic countermeasure devices, etc. And the list of environments includes wind, wave, and acoustic field, etc. One of the challenges in developing simulation system for operational effectiveness evaluation is to realize reus- ability and composability of simulation models of the entities and environments for in different fields. In this paper, the concept of simulation composability and the ontology-based developing technology are discussed. The simulation sys- tem architecture of torpedo operational effectiveness evaluation is analyzed. The simulation ontology of torpedo opera- tional effectiveness, ontological model base, and ontology-based development are studied to improve the reusability and composability of the simulation system. This study may benefits the development of the simulation system for opera- tional effectiveness evaluation.
出处
《鱼雷技术》
2013年第2期146-152,共7页
Torpedo Technology
基金
船舶预研基金(11J4.1.1)
关键词
鱼雷作战效能
仿真可组合性
仿真系统
本体
torpedo operational effectiveness
simulation composability
simulation system
ontology
