基于MAS的舰艇防化指挥自动化系统

Automatic command system for warship chemical defense based on MAS

为了满足未来信息化海战对舰艇防化指挥自动化系统的要求,利用多智能体系统(MAS)技术,构建了一种舰艇防化指挥自动化系统框架.首先,采用基于多Agent的模式驱动策略、智能结构化思想和综合集成方法,研究了舰艇防化指挥自动化系统的实体结构、设计思想、仿真建模和集成交互;然后,对多Agent信息融合系统、各级终端系统结构和基于Agent的结构化等关键部分进行分析.研究结果表明:该方法论可以获得较佳的体系结构模式、良好的仿真建模策略和优异的智能结构模块,能够显著提升系统的智能化水平,降低系统仿真建模的复杂性,改善系统的灵活性和重组性;所表达的结构具有良好的动态组织性、实用性、实时性、可用性、扩展性和重用性.这为舰艇防化指挥自动化系统智能化的研制或改进提供了新的有效途径.

For satisfying the requirements for the warship chemical defense command automation system(WCDCAS) in the future information age sea-battle,the frame of the WCDCAS is constructed by utilizing the technique of the multiple agents system(MAS).First,the entity architecture,design idea,simulation modeling and integration and interaction of the WCDCAS is investigated by using the pattern-driven strategy based on the multiple agents,configuration-intellectualized thinking and integration means.Then,the key parts,such as the multiple agents information fusion system,terminal systems structures at all levels and agent-based configuration,are analyzed.The results show that the methodologies can obtain fine entity architecture patterns,simulation modeling strategies and intellectualized configuration modules,which can markedly upgrade the intelligent level,reduce the complexity of the simulation modeling and improve the flexibility and recombination of the WCDCAS.Furthermore,the system model has good dynamic organizability,practicality,real-time capability,reusability,expansibility and generality.Therefore,it can provide a new valid path to the research and improvement of the intelligence of the WCDCAS.