'Hypergeometric distribution' presentation slideshows

Expectation

1.06k views • 84 slides

Survival Analysis for Randomized Clinical Trials

Survival Analysis for Randomized Clinical Trials. Ziad Taib March 9, 2012. I The log-rank test. INTRODUCTION TO SURVIVAL TIME DATA ESTIMATING THE SURVIVAL FUNCTION THE LOG RANK TEST. Survival Analysis. Survival Analysis in RCT.

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To Add

639 views • 54 slides

Advisor: Yeong -Sung Lin Presented by I- Ju Shih

Defending simple series and parallel systems with imperfect false targets R. Peng , G. Levitin , M. Xie , S.H. Ng. Advisor: Yeong -Sung Lin Presented by I- Ju Shih. Agenda. Introduction The model N genuine elements connected in series Numerical comparison

586 views • 49 slides

Chapter 3. Discrete Probability Distributions

Chapter 3. Discrete Probability Distributions. 3.1 The Binomial Distribution 3.2 The Geometric and Negative Binomial Distributions 3.3 The Hypergeometric Distribution 3.4 The Poisson Distribution 3.5 The Multinomial Distribution.

764 views • 43 slides

Introduction

Introduction. Last lecture deals with statistical inferences concerning one population. This lecture deals with statistical inferences concerning two subpopulations. Is gender associated with lung cancer (bi-category response variable)?

447 views • 38 slides

Random Variables

Random Variables. Discrete Random Variables. For a discrete random variable X the probability distribution is described by the probability function p ( x ) = P [ X = x ], which has the following properties:. Continuous random variables.

813 views • 36 slides

3.6k views • 35 slides

Chris Morgan, MATH G160 csmorgan@purdue January 8, 2012 Lecture 13

Chris Morgan, MATH G160 csmorgan@purdue.edu January 8, 2012 Lecture 13. Chapter 5.6: Hypergeometric Distribution, Binomial Approx. to HG. Hypergeometric Distribution.

512 views • 35 slides

Basic Business Statistics (10 th Edition)

Basic Business Statistics (10 th Edition). Chapter 5 Some Important Discrete Probability Distributions. Chapter Topics. The Probability Distribution of a Discrete Random Variable Covariance and Its Applications in Finance Binomial Distribution Hypergeometric Distribution

734 views • 34 slides

The Poisson Distribution

The Poisson Distribution. We can use the Poisson distribution to estimate the probability of arrivals at a car wash in one hour or the number of leaks in 100 miles of pipeline. Bell Labs uses it to model the arrival of phone calls. The Poisson Distribution.

920 views • 21 slides

probability distributions

probability distributions . Chapter 5 . Outline. Section 5-1: Expected Value Section 5-2: Binomial Distribution Section 5-3: Poisson Distribution (OMIT) Section 5-4: Hypergeometric Distribution (OMIT). Introduction. Overview.

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Data mining with the Gene Ontology

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Discrete Probability Distributions

Discrete Probability Distributions. Introduction to Business Statistics, 5e Kvanli/Guynes/Pavur (c)2000 South-Western College Publishing. Random Variable. A Random Variable is a function that assigns a numerical value to each outcome of an experiment.

369 views • 21 slides

Chapter 14/15 Binomial Distribution

Chapter 14/15 Binomial Distribution. Properties Two possible outcomes (success and failure) A fixed number of experiments (trials) The probability of success, denoted by p, is the same on every trial The trials are independent

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Lectures prepared by: Elchanan Mossel Yelena Shvets

Lectures prepared by: Elchanan Mossel Yelena Shvets. Sampling with replacement. Suppose we have a population of size N with G good elements and B bad elements . We draw n times with replacement from this population.

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Ch6: Continuous Distributions

27 Sep 2011 BUSI275 Dr. Sean Ho. Ch6: Continuous Distributions. HW3 due Thu 10pm Download and open: 06-Normal.xls. Outline for today. Hypergeometric distribution: HYPGEOMDIST() Normal distribution NORMDIST() Cumulative normal Continuity correction Standard normal

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Discrete and Continuous Distribution

Discrete and Continuous Distribution. 01/11/2010. Hypergeometric Distribution. There are many experiments in which the condition of independence is violated and the probability of success does not remain constant for all trials. Such experiments are called hypergeometric experiments.

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Engineering Statistics ECIV 2305

Engineering Statistics ECIV 2305. Chapter 3 DISCRETE PROBABILITY DISTRIBUTIONS 3.1 The Binomial Distribution 3.2 The Geometric Distribution 3.3 The Hypergeometric Distribution 3.4 The Poisson Distribution. Engineering Statistics ECIV 2305. Section 3.2 The Geometric Distribution.

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Operating Characteristic Curve

Operating Characteristic Curve. Outline Operating Characteristic Curve OC curve of an ideal sampling plan Effect of changing the sampling plan Type A and Type B OC curve Three special points on the OC curve. OC Curve of an Ideal Sampling Plan.

883 views • 7 slides