1) minimum distribution
极小值分布
1.
By applying the method of reliability statistics, a parameter iteration of maximum likelihood equation is set up for MIS software with an operation life submitting to minimum distribution.
应用可靠性统计方法 ,对寿命服从极小值分布的 MIS软件 ,建立最大似然方程的参数迭代法 。
2) I Shaped Minimum Value Distribution
I型极小值分布
3) Ⅰ-type minimum distribution
Ⅰ型极小值分布
4) Minimum Extreme Value Distribution
最小极值分布
1.
In this paper the critical currents of Bi2223 tapes along the length direction have been measured with the four-probe method,and the statistical distribution of the critical currents has been fitted with Normal,Lognormal,Weibull and Minimum Extreme Value Distribution,then the optimal statistical distribution of critical currents is concluded.
本文采用四引线法测量了Bi2223带材临界电流沿长度方向的分布,采用正态分布、对数正态分布、威布尔分布和最小极值分布对临界电流分布进行了拟合检验,确定了临界电流的最优统计分布模型。
5) extreme distribution
极值分布
1.
The regression analysis methods for interval censored data from extreme distribution,Weibull distribution and normal distribution are discussed in detail.
详细讨论了工程中常见的极值分布、Weibull分布和正态分布的等尺度和非等尺度(或异方差)线性回归分析。
2.
The simulated results of three extreme distributions(Gumbel,Frechet and reverse Weibull distributions) and Generalized Parato Distribution are contrasted and analysed.
并通过3种极值分布函数(极值I型Gumbel、极值II型Frechet、极值III型reverseW eibull分布)及广义Parato分布(GPD)拟合结果的对比分析,得到短期风速资料下重庆年最大风速的极值渐进分布用极值III型(reverse W eibull)分布拟合较好,它给出了最佳的极值风速估计值。
3.
The regression analysis methods for incomplete data from extreme distribution,Weibull distribution and normal distribution are discussed in detail.
文中详细讨论了工程中常见的极值分布、Weibull分布和正态分布的等尺度和非等尺度(或异方差)线性回归分析。
6) extreme value distribution
极值分布
1.
The extreme value distribution of dynamic stochastic response of structures;
结构动力随机反应的极值分布
2.
Approach of extreme value distribution modeling based on optimization;
一种基于最优化的极值分布建模方法
3.
A probability density evolution method for evaluation of extreme value distribution of the stochastic structural responses is presented.
提出了求解随机结构动力反应极值分布的概率密度演化方法。
补充资料：极小值
极小值
nunnnum
赫母票惠东谭巍瓢黑黑:n刀n刀刀uln points).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条