在过程控制系统中是否使用了统计方法？
基于系统的状态划分，以统计理论的观点分析了容错控制系统中的故障概率、容错能力和可靠性问题。
The fault probability, the degree of fault tolerance and problem of reliabilty in the fault tolerant control system are analyzed in the view of statistics.
本文提出了一种基于故障树分析和统计概率的模块化专家系统，作为此大型指挥控制系统电路的故障实时监测之用。
A modularization expert system based fault-tree analysis and statistical probability for real time fault detection of large anfractuous circuit is proposed in this paper.
作为差错控制系统计算机模拟的实例，还对十分重要的链接编码系统的模拟及其结果进行了讨论。
Especially, the simulation methods of very important concatenated coding systems are discussed in detail and the simulation results are given a 'nd analysed.
实现了计算机对控制系统的远程控制、数据传输、参数设置、累计计量、计量次数的统计显示及数据处理。
Realization of a computer control system on the remote control, data transmission, parameter setting, the cumulative measurement, measuring the number of statistics and data processing.
一旦这样一种高级交通控制系统可以实现，那么上述一连串生动的统计数字将无疑发生很大的变化。
If this advanced traffic control system becomes a reality, these already impressive statistics will no doubt be greatly improved.
对控制系统运行所依据的数理统计理论及控制方法与计算机技术结合的可行性进行了分析。
The feasibility to operate the control system according to the statistics theory, control method and computer technology is also analyzed.
结果表明，用MATLAB进行控制系统计算机辅助设计和计算、实现系统仿真极为简单方便，是进行计算机辅助设计和分析强有力的软件工具。
It concludes that MATLAB is a powerful software for computer aided control System's design and analysis as well as System simulation and identification. The programming method is easy to learn.
结果表明，用MATLAB进行控制系统计算机辅助设计和计算、实现系统仿真极为简单方便，是进行计算机辅助设计和分析强有力的软件工具。
It concludes that MATLAB is a powerful software for computer aided control System's design and analysis as well as System simulation and identification. The programming method is easy to learn.
应用推荐