小波神经网络在动力系统可靠性优化分配的应用

Research on the optimal allocation of power system reliability by wavelet neural network

船舶动力系统属于机电设备工程系统的一种类型,在设计方面始终伴随现代科技及现代设计方法的改变而不断创新。为进一步加快船舶设计工作的发展速度,就必须深入探索并完善设计理论以及方法。需要注意的是,船舶动力装置在船舶中占据核心地位,要想实现船舶运行的安全性与可靠性,最关键的就是要保证其正常航行状态下的各项特征。若船舶动力装置发生故障,将直接提高海损事故发生几率,使得生命安全与财产损失严重,还会污染海域环境。为此,有必要全面优化船舶动力系统的可靠性,将小波神经网络技术融入其中,促进现代船舶海上安全航行。

The ship power system is a type of electromechanical equipment engineering system.In design,it is always innovated with the transformation of modern technology and modern design methods.In order to further accelerate the development of ship design work,it is necessary to thoroughly explore and improve design theories and methods.It should be noted that the ship’s power plant occupies a central position in the ship.To achieve the safety and reliability of the ship’s operation,the most important thing is to ensure the characteristics of its normal navigation.If the ship’s power plant fails,it will directly increase the probability of a marine accident,which will result in serious life safety and property damage,and will also pollute the sea environment.To this end,it is necessary to fully optimize the reliability of the ship’s power system,incorporate wavelet neural network technology into it,and promote the safe navigation of modern ships at sea.