1.
The Failure Rate Function of Weibull Distribution in Progressive Stress Life Testing for the TFR, TRV and CE Models;
TFR、TRV和CE模型序加试验下WEIBULL分布产品的失效分布
2.
Research on failure distribution of samples based on correlation coefficient method
基于相关系数方法的样本失效分布研究
3.
Analysis of calculating methods for failure distribution function based on maximal entropy principle
基于最大熵方法确定失效分布函数方法的初步分析
4.
Bayes statistical analysis for zero-failure data of exponential distribution;
指数分布的无失效数据的Bayes统计分析
5.
Estimation for Zero-failureprobability of Poisson Distribution under Q-Symmetric Entropy Loss Function;
Q-对称熵损失下Poisson分布无失效概率的估计
6.
Bayesian Estimation of Zero-failure Data of Exponential Distribution;
指数分布下无失效数据的Bayes估计
7.
The Depicition of Multivariate Lifetime Distribution Based on Conditional Failure Rate;
基于条件失效率的多维寿命分布刻画
8.
The Bayesian Estimation of Exponential Distribution of Zero-failure Data;
指数分布无失效数据的Bayes估计
9.
Bayes Estimation of the Unlost-Efficacy-Data Under Weibull Distribution;
Weibull分布场合无失效数据的Bayes估计
10.
The Bayesian Estimation of Parameter of Zero-failure Data on Exponential Distribution
指数分布无失效数据参数的Bayes估计
11.
Prediction Problem of the Next Failure Time for the Weibull Distribution;
基于威布尔分布下一个失效时刻的预测问题
12.
Estimation Of Future Failure Data Based on One-Parameter Exponential Distribution (n,r,haven't) Failure Data
单参数指数分布(n,r,无)已失效数据对未来失效数据的预测
13.
The composite hypothesis test about a class of idd;
用POT方法估计损失分布尾部的效应分析
14.
The Bayesian Reliability Analysis of Binomial Distribution Zero-failure Data under Scale Squared Error Loss Function
刻度平方误差损失下二项分布无失效数据的可靠性分析
15.
THEORY OF THREE ESSENTIAL CIRCUIT ELEMENTS AND FAILURE ANALYSIS OF BOOLEAN ALGEBRA
电路三要素理论和布尔代数失效原因分析
16.
Hierarchical Bayesian Estimation of Failure Probability of Normal Distribution;
正态分布场合下失效概率的多层Bayes估计
17.
Estimation of Parameter in the Case of Zero-failure Data in the Extreme-value Distribution;
极值分布下无失效数据的可靠性参数估计
18.
Optimum Planning for Constant-stress Accelerated Life Tests under Weibull Distribution with Competing Risks;
Weibull分布竞争失效产品恒加试验的最优设计