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1·By using vector Markov process method.

利用向量马氏过程方法。

2·Any system that can be described in this manner is a Markov process.

任何可以被描述成为这样一种形式的系统就是马尔科夫过程。

3·Markov Process Model has been widely used in system reliability evaluation.

马尔科夫过程模型已经广泛地应用于系统可靠性评价中。

4·We find optimal stopping rules by using the weak infinitesimal generator of markov process.

利用弱无穷小算子，我们找出了最优停时规则。

5·A three-state Markovian model of the F-PRMA system is developed based on Markov process theory.

利用马尔可夫过程理论为F - PR MA协议系统建立了三状态简化模型。

6·The transition of the jumping parameters in systems is governed by a finite-state Markov process.

系统中的跳变参数可以通过有限状态马尔可夫过程来描述。

7·A dyn amic fuzzy evaluation model is created, which is based on a discrete MARKOV process and fuzzy set theory.

利用马尔柯夫链和模糊集理论，建立多指标动态模糊评价模型。

8·This method overcome the disadvantage of Markov process, which fussy in calculation and difficult to program in computer.

该方法克服了用常用马尔科夫过程研究可修系统时计算繁琐，且不易于用计算机编程实现等缺点。

9·This paper deals with the simplification of reliability evaluation of Markov process for fault tolerant navigation system.

讨论了应用马尔可夫模型方法分析容错导航系统可靠性的化简问题。

10·The phenomenon of random fluid flow on multistage column trays is simulated by applying theory and method of Markov process.

利用马尔可夫过程的理论和方法，模拟多级塔板上的液体随机流动现象。