摘要
针对传统计算机兵力生成(computer generated force,CGF)建模所使用的经典人工智能编程语言存在的不足,提出一种基于离散事件系统(discrete event system specification,DEVS)的作战指挥行为建模方法。从DEVS原子模型和耦合的DEVS模型对DEVS做规范介绍,统一、规范描述指挥主体的生理和心理因素如何影响作战指挥行为,建立一种包含评估模块、压力模块和行为模块的作战指挥行为模型。结果表明:该模型能很好地将指挥主体的压力和自身生理状况融入到作战指挥行为中,能较为合理地反映出在紧张对抗环境中指挥主体的实际指挥行为。
Aiming at the shortcoming of typical artificial intelligence programming language for traditional computer generated force （CGF） modeling, put forward a new modeling method of combat commanding behavior based on discrete event system specification （DEVS）. From DEVS atomic model and coupling DEVS model, make a standard introduction for DEVS, and also make an unified and standard description about how the physiological and psychological factors of commander make an influence on commanding behavior, establish a commanding behavior model which including evaluation model, pressure model and behavior model. The results show that the model can combine the commander pressure and physiological state with commanding behavior, and it can reflect reasonably the commanding behavior under the circumstance full of nervousness and confrontation.
出处
《兵工自动化》
2014年第8期11-15,共5页
Ordnance Industry Automation
关键词
DEVS
作战指挥行为
指挥决策
DEVS
combat commanding behavior
command and control
