ID 原文 译文
7074 在不同样本量的数据集下进行实验测试,将本文方法与其他4种主要方法进行比较。 Experiment under the different sample size of data sets, the method of this paper compared with other four main methods.
7075 结果表明:该方法的参数学习精度都好于其他4种方法,尤其是在样本量较小的情况下。 The results show that the method of parameter learning accuracy is better than the other four kinds of methods, especially in the case of small sample size.
7076 该方法的运行时间高于其他4种方法,但相同样本量的数据集下,学习精度的提高倍数要高于时间增加的倍数。 Running time of the method is higher than other four methods, but under the same sample size of data set, the learning accuracy of multiples than time increased.
7077 对一个离散时间可修系统的可靠性进行了研究。 For a discrete time repairable system reliability are studied.
7078 系统由两个部件和一个修理工组成,一个部件在线工作,另一个冷贮备,修理工具有多重休假策略,故障部件修复如新; System is composed of two parts and a mechanic, a component work online, another cold redundant, repairman vacation with multiple strategies, repair fault parts such as new;
7079 假设部件正常工作时间、修理时间、修理工的休假时间服从不同参数的离散位相型分布。 Assuming normal working hours, repair time, repairman vacation time obey the different parameters of discrete phase type distribution.
7080 通过运用kronecker算子和聚合随机过程理论,分别推导出系统在瞬态和稳态情况下的一些可靠性指标:可用度、故障的条件概率以及可靠度。 By using kronecker operator and aggregate random process theory, system is deduced respectively in some reliability indexes of the transient and steady-state conditions: availability, failure of conditional probability and reliability.
7081 所得结果表明离散时间情形并不是连续时间情形的一个特殊情况。 The results show that the discrete time case is not a special case of continuous time case.
7082 最后用一个数值算例对所得结论进行了验证。 In the end, a numerical example of the conclusions are verified.
7083 针对应急条件下成像卫星任务规划问题,在分析任务响应过程的基础上建立了面向任务需求的应急条件下单任务综合规划模型。 Emergency conditions for imaging satellite mission planning problem, on the basis of analyzing the task response process on the establishment of a task-oriented needs emergency conditions task comprehensive planning model.