连续分布函数

absolutely continuous distribution

绝对连续分布

absolutely continuous 绝对连续的 | absolutely continuous distribution 绝对连续分布 | absolutely continuous function 绝对连续函数

absolutely continuous function

绝对连续函数

absolutely continuous distribution 绝对连续分布 | absolutely continuous function 绝对连续函数 | absolutely continuous measure 绝对连续测度

absolutely continuous function

绝对连续函数,绝对连续函数

absolutely continuous distribution 绝对连续分布 | absolutely continuous function 绝对连续函数,绝对连续函数 | absolutely dull percussion resonance 绝对浊叩响,绝对浊叩响

conditional distribution

条件分布

第一章、第二章、第三章等前三章在复习大学阶段的机率之基础,第四章开始探讨随机变数的概念(The concept of a random variable),提到了连续密度函数(PDF)与累积分布函数(CDF)与各种分布型态,以及条件分布(Conditional distribution)等基础的观念.

continuous distribution function

连续分布函数

continuous distribution 连续分布 | continuous distribution function 连续分布函数 | continuous dynamical system 连续动力系统

Continuous probability distribution and its density function

连续型及其密度函数

? Conditional distribution条件分布 | Continuous probability distribution and its density function连续型及其密度函数 | ? marginal distribution density边缘概率密度;

continuous dynamical system

连续动力系统

continuous distribution function 连续分布函数 | continuous dynamical system 连续动力系统 | continuous function 连续函数

exponential distribution

指数分布

(3) 泊松(poisson)分布定义2.5 若r.v.X 满足:(1) 均匀分布(Uniform distribution)定义3.3 若连续型随机变量X 具有概率密度:(3) 指数分布(Exponential distribution)定义3.6 若连续型随机变量X 的概率密度函数为:的分布是自由度为n 的t 分布,

stream function

流[线]函数

运用流线函数(stream function)方法求解连续分布电流,离散的电流图形即可形成. 为了证实理论,对离散电流回线使用Biot-Savart定律进行了梯度磁场的重新计算. 采用这种方法,我们已能够设计限定尺寸(1.0m 1.0m)的双平面y轴向的梯度线圈,

Uniform distribution

均匀分布

3) 泊松(poisson)分布定义2.5 若r.v.X 满足:(1) 均匀分布(Uniform distribution)定义3.3 若连续型随机变量X 具有概率密度:(3) 指数分布(Exponential distribution)定义3.6 若连续型随机变量X 的概率密度函数为:的分布是自由度为n 的t 分布,

The Shop Around the Corner：街角商店

上错天堂投错胎Heaven Can Wait (1943) | 街角商店The Shop Around the Corner (1940) | 妮诺奇嘉Ninotchka (1939)

neigher nor gate：既非又不闸

"邻区最佳控制","neighboring optimal control" | "既非又不闸","neigher nor gate" | "内利亚克编译程式","NELIAC; naval electronics laboratory international algebraic complier"