动态故障 meaning in Chinese
ac fault
dynamic fault
Examples
- Dynamic fault tree combines the advantages of both fault tree and markov model . dynamic fault tree is modularized into independent static sub trees and independent dynamic sub trees , then solved by bdd and markov model separately
该方法首先将动态故障树模块化,得到独立的静态子树和动态子树,再分别用二元决策图法和马尔可夫过程方法求解。 - Dynamic fault tree exploits the relative advantages of both fault tree and markov model . dynamic fault tree is modularized into independent static subtrees and independent dynamic subtrees , then solved by bdd and markov model separately
该方法首先将动态故障树进行模块化，得到独立的静态子树和动态子树，再分别用二元决断图法和马尔可夫过程方法求解。 - The hardware and software characteristics of new type microprocessor - dsp are also discussed , because they have the direct relationship with the improvement of our new type fault recorder . the hardware configure and signal flowing of this new device are also referred
针对老式录波装置的不足，本课题组开发了基于dsp技术的新型电力系统动态故障录波设备，本文主要介绍了该录波装置的技术特点，硬件配置，软件功能及程序流程。 - Abstract : it is expounded the composition and detection method of the diagnostic system of dynamic failure for locomotive running gear . also discussed are the key technologies as ultrasonic resonance demodulation , identification of locomotive type & speed , message sampling of sensors tracing running mechanism and three dimensional diagnosis , as well as the feasibility test
文摘:阐述了机车走行部动态故障诊断系统的组成及检测方法，介绍了超声共振解调、车型车速识别、多个传感器跟踪运动机械的信息采样、三维诊断等关键技术及其可行性试验情况。 - This thesis focuses on techniques of dynamic fault tree in system reliability modeling and its qualitative and quantitative analysis . it studies bdd solution for static sub trees 、 markov chain solution for dynamic sub tree briefly and the modularization of dynamic fault tree ; presents the algorithm for top event occurrence rate of dynamic fault tree based on weibull distribution . then this thesis presents a new approach to solve top event occurrence rate and a new generation algorithm of minimal cut sequence of dynamic fault tree that deviate from markov model completely
本文着眼于动态故障树在系统可靠性建模及定性定量分析中的技术,研究了基于bdd的静态子树分析方法、基于马尔可夫模型的动态子树分析方法以及动态故障树模块化方法,并提出了基于威布尔分布的动态故障树顶事件发生概率计算方法;提出了一种完全脱离马尔可夫模型的求解动态故障树顶事件发生概率的方法和一种最小顺序割集的生成方法。