Agent理论在舰船机电设备协同控制中的应用

Application of agent theory in shipboard electromechanical equipment cooperative control

舰船控制技术对于保障船舶的运行安全起着重要作用,特别是在现代复杂的船电控制系统中,众多的机电设备需要高度集成在有限的空间内。因此,为了保证所有船舶设备能够正常工作,必须对这些设备的运行状态进行实时的监控。本文采用基于Agent理论的船舶设备状态监测和故障诊断技术,能够有效提高船舶设备的安全性能。本文首先对Agent理论的基本原理进行分析,通过建立对应的船舶机电控制矩阵模型,优化机电协同系统的响应流程。最后,通过将Agent技术运用到协同函数中,对整个系统的性能进行仿真与分析,取得较好效果。

Ship control technology plays a very important role in ensuring the safety of ship operation. Especially in modern complex ship control system, many mechanical and electrical equipment need to be highly integrated in limited space. Therefore, in order to ensure that all ship equipment to work properly, the operation of these devices must be real-time monitoring. In this paper, the ship equipment condition monitoring and fault diagnosis technology based on Agent theory can improve the safety performance of ship equipment effectively. In this paper, the basic principle of agent theory is analyzed,and the corresponding response process of electromechanical coordination system is optimized by establishing the corresponding ship electromechanical control matrix model. Finally, through the application of Agent technology to the cooperative function, the performance of the whole system is simulated and analyzed, and good results are obtained.