'Randomly selected' diaporamas de présentation

Evolution of Numeric Constants in Genetic Programming

Evolution of Numeric Constants in Genetic Programming. Florida Atlantic University. Thomas Fernandez. Genetic Programming (GP). How can computers solve problems without being explicitly programmed?

743 views • 65 slides

Probability

Probability. Vocabulary. Probability. describes how likely it is that some event will happen. For example:. What is the probability of randomly picking the king of hearts from a deck of cards?. Vocabulary. Sample space:. a combination of all of the possible choices. For example:.

525 views • 40 slides

Anna P. Schenck, PhD, MSPH Carrie Klabunde, PhD Renee Taylor, MPH Nelson Gunter, MD, MPH

Using survey data to plan a program to increase colorectal cancer screening the Medicare population. American Public Health Association 2002 Meeting. Anna P. Schenck, PhD, MSPH Carrie Klabunde, PhD Renee Taylor, MPH Nelson Gunter, MD, MPH. Carolina Medical Review Sharon Eubanks, RN

497 views • 36 slides

5-Minute Check on Chapter 5

5-Minute Check on Chapter 5. Given: P(A) = 0.25; P(B) = 0.67, find the following: If A and B are disjoint events, find P(A or B). Find the probability of the complement of B. If A and B are independent, find P(A and B). Find the P(A | B).

449 views • 36 slides

Chapter 7

506 views • 34 slides

Advanced Math Topics

Advanced Math Topics. Chapter 5 Review Olympics. One sheet per player Make an answer column on the left hand side of your sheet Work together to solve each question Winning team earns a reward We will go over the process and answers for each. BRONZE. 1 point.

448 views • 33 slides

100

Arrange-ments. Single Events. Compound. Conditional. Other. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. Final Jeopardy. Find 9 P 3. 100. 504.

426 views • 30 slides

Welcome to Pstat5E: Statistics with Economics and Business Applications

Welcome to Pstat5E: Statistics with Economics and Business Applications. Yuedong Wang. Solution to Practice Final Exam.

414 views • 29 slides

SECTION 4.4

SECTION 4.4. MULTIPLICATION RULE : BASICS. BASICS UNDERSTANDING. P(A and B) P(A?B) Involves the multiplication of the probability of event A and the probability of event B If necessary, the probability of event B is adjusted because of the outcome of event A. P(A and B).

404 views • 23 slides

Review For Probability Test

Review For Probability Test. Which of the following values cannot be probabilities?. 2. In the New York State Lottery, you have to select six numbers between 1 and 54 inclusive. There are 25,827,154 different possible six number combinations.

388 views • 23 slides

Discrete Probability distributions

Discrete Probability distributions. Question 1. Determine whether the following distribution is a discrete probability distribution. If not state why?. Yes, because ? P(x)=1 and 0?P(x)?1 for all x. No, because ? P(50)<0. Question 2.

357 views • 21 slides

Lesson 9 - R

Lesson 9 - R. Sampling Distributions. Objectives. Define a sampling distribution Contrast bias and variability Describe the sampling distribution of a sample proportion (shape, center, and spread)

311 views • 21 slides

Statistical mechanics of money, income and wealth: foundations and applications

Statistical mechanics of money, income and wealth: foundations and applications. Victor M. Yakovenko Adrian A. Dragulescu and A. Christian Silva. Department of Physics, University of Maryland, College Park, USA http://www2.physics.umd.edu/~yakovenk/econophysics.html. Publications.

326 views • 14 slides

Vocabulary

12.4 Probability of Compound Events. Vocabulary. 12.4 Concurrent Events Compound: two events that are considered together Overlapping: events with one or more outcomes in common Disjoint: events with no outcomes in common Complement: ? is the complement of A which is all outcomes not in A.

322 views • 14 slides

Welcome to Pstat5E: Statistics with Economics and Business Applications

Welcome to Pstat5E: Statistics with Economics and Business Applications. Yuedong Wang. Solution to Practice Midterm Exam. 1. The probability distribution of a discrete random variable X is shown in the following table: (a) Find the missing value p. (b) Find P(X<2).

404 views • 14 slides

2 nd WORKS workshop on Measuring changes in work by Organisation surveys 19-20 March 2007

222 views • 12 slides

EXAMPLE 1

Let event A be selecting a 10 and event B be selecting a face card. A has 4 outcomes and B has 12 outcomes. Because A and B are disjoint, the probability is:. 4. 4. 16. 12. 0.308. =. =. +. =. 13. 52. 52. 52. EXAMPLE 1. Find probability of disjoint events.

205 views • 8 slides

EXAMPLE 1

Let event A be selecting a 10 and event B be selecting a face card. A has 4 outcomes and B has 12 outcomes. Because A and B are disjoint, the probability is:. 4. 4. 16. 12. 0.308. =. =. +. =. 13. 52. 52. 52. EXAMPLE 1. Find probability of disjoint events.

252 views • 8 slides

Hip and Knee Osteoarthritis Toolkit

Hip and Knee Osteoarthritis Toolkit. Version 1: Research Project Integrating Shared Decision Making into Care of Patients with Knee Osteoarthritis: Proposed Patient Flow. TOTAL JOINT REGISTRY Phase I. Patient Inclusion Criteria

160 views • 5 slides

Instructional Uses of the Document Camera

151 views • 5 slides