舰艇抗损性的全系统建模及仿真平台研究

Research on Systemic Modeling and Simulation Platform of Warship Vulnerability

目前舰艇抗损性的建模及计算只是针对局部的系统对象,没有考虑任务功能与各类系统设备之间的逻辑关系,缺少交互性强的仿真平台。为实现抗损性评估从系统级到任务级的突破,构建了抗损性的全系统逻辑关系模型和仿真算法,并设计开发了可自定义逻辑关系以及设计方案的交互式仿真平台。应用测试结果表明,该平台可定量分析不同设计方案的抗损性指标,有效指导舰艇抗损性的优化设计工作,是提升舰艇生命力设计水平的一种评估手段。

Current vulnerability modeling and calculation are only for partial system and equipment,rather than the logical relationships among mission capability and various warship＇s systems. An interactive simulation platform is lacking for the simulation of warship vulnerability. For realizing the improvement of vulnerability assessment from system to mission level,the systemic logical modeling and simulation algorithm of warship vulnerability are developed. In addition,an universal simulation platform for user-defined logical relation and design scheme is designed and developed. Application tests indicate that the research result can be used to analyze warship vulnerability for different design schemes,direct warship vulnerability optimization design effectively,and is used for improving warship survivability design.