摘要
为了研究新型自行火炮装备与现有自行火炮装备的结合使用与联合保障效能问题,根据自行火炮的使用特点和任务剖面,建立了基于高层体系结构(High level architecture,HLA)的作战仿真系统,探讨了同类仿真系统的模型需求,并深入研究了信息感知与传输、火力毁伤、故障和维修的建模和仿真。最后通过实例验证了该仿真系统的可行性和可信性,不仅为同类型作战仿真系统的开发提供通用框架,而且为研究新旧装备的联合使用和联合保障问题提供了一种新思路。
In order to study the operational effectiveness and support effectiveness of a new self-propelled howitzer and a type of in-service self-propelled cannon-howitzer, a combat simulation system based on high level architecture （HLA） is constructed according to the self-spelled guns＇ operational characteristics and their mis sion profile, and the model requirement of similar simulation systems is discussed. The modeling and simulating of information acquaintance and transmission, fire-damage, failures and maintenance is also researched. Finally, the feasibility and creditability of this simulation system is validated by an example. A general framework is con structed to develop similar combat simulation systems, and a new method is presented to research the coopera tion and co-support between new and old equipment.
出处
《系统工程与电子技术》
EI
CSCD
北大核心
2014年第3期586-590,共5页
Systems Engineering and Electronics
关键词
自行火炮
仿真
高层体系结构
蒙特卡罗法
效能评估
self-propelled gun
simulation
high level architecture （HLA）
Mont-Carlo method
effectiveness evaluation
