GitHub

bernoulli_random_variable.md

**Definition** We say a discrete random variable $$\mathbb{X}$$ is a Bernoulli random variable with parameter $$p$$, or has a Bernoulli distribution with parameter ...
Scientific Research Publishing

Distribution of Geometrically Weighted Sum of Bernoulli Random Variables ()

A new class of distributions over (0,1) is obtained by considering geometrically weighted sum of independent identically distributed (i.i.d.) Bernoulli random variables. An expression for the ...
GitHub

Generate and plot sample of Uniform, Normal, Binomial, Exponential, and Standard Normal random variables using methods including LGM, Box-Muller, Polar-Marsaglia.

We want to generate 10,000 Uniformly distributed random number on [0,1] using LGM and compare with built-in python function. LGM empirical mean = 0.4996 LGM empirical standard deviation = 0.2872 Built ...
JSTOR Daily

A Note on Symmetric Bernoulli Random Variables

This is a preview. Log in through your library . Publisher Information The purpose of the Institute of Mathematical Statistics (IMS) is to foster the development and dissemination of the theory and ...
Utah State University

Discrete Random Variable Distribution Families

In the board game "Chick-a-Pig," a cow that sits in the center of the board and creates an obstacle for players attempting to move across the board. On each turen, a player rolls a die to determine ...
IEEE

Active Covariance Estimation by Random Sub-Sampling of Variables

Abstract: We study covariance matrix estimation for the case of partially observed random vectors, where different samples contain different subsets of vector coordinates. Each observation is the ...
IEEE

ILC for networked discrete systems with random data dropouts: A switched system approach

Abstract: A novel approach, switched system approach, is proposed for iterative learning control problem of networked control systems with random data dropouts. The random data dropout is described as ...