best probability books

books don't read, you want to succeed--book notesFirst, I want to change my life1. To leave the competitive environment, it is not enough to run without a stop, and it will take more than twice times to achieve it.2. If you run fast enough, you can't move forward. If you go to the mountains along the retrograde ladder, even if you are running forward, if the speed is not fast enough, the result will be stopped in situ.3. Not only the biological commun

today to see an interesting topic, heard is "The beauty of programming" in a problem, instantly feel that they are a lot behind. Take out today and share my insights on this topic! The original problem: a bucket with 100 black balls, 100 white balls. Take the ball in the bucket in the following order:1. Take out 2 balls at a time;2. If the same color ball is put back a black ball;3. If the ball is a different color, put back a white ball.I was very excited to see the brain at first sight, isn't

It is simple to ask for the problem of state transfer equation; Dp[i][j][k] means walk I step to J position the rightmost position is k so it's easy to know k>=j; S: probability l go left probability R go right if k==j; Dp[i][j][k]=dp[i-1][j][k]*s+dp[i-1][j-1][k-1]*r+dp[i-1][j-1][k]*r; if k!=j; Dp[i][j][k]=dp[i-1][j][k]*s+dp[i-1][j-1][k]*r+sp[i-1][j+1][k]*r; If the N value reaches 1000 and dp[1001][2001][20

10759-dice throwing Time limit:3.000 seconds Http://uva.onlinejudge.org/index.php?option=com_onlinejudgeItemid=8category=24page=show_problem problem=1700 N Common cubic dice are thrown. What is the probability this sum of all thrown dice are at least x? Input The input file contains several test cases. Each test case consists two integers n (1 Output For each line of input produce one line of output giving the requested

Spatial probability assessment and analysis tools 1. Spatial probability assessment analysis descriptionHere, the space probability refers to a probability of a thing happening somewhere. If there is such a proposition:A total of May cases occurred in the City in February 200, of which 16 occurred in Residential Area A

Title Link: http://acm.zjut.edu.cn/onlinejudge/problem.php?cid=1101pid=8Surface: Problem I:no2 Time limit: 1 Sec Memory Limit: MB Submit: 342 Solved: 23 [Submit] [Status] [Web Board] DescriptionKnown to have a city of n people, the probability of having a zombie disease is p. You go to the test and check it out is positive. The doctor told you this test, the person who has the disease detects positive

Here is a list of books which I had read and feel it was worth recommending to friends who was interested in computer Scie nCE.Machine Learningpattern recognition and machine learningChristopher M. BishopA new treatment of classic machine learning topics, such as classification, regression, and time series analysis from a Ba Yesian perspective. It is a must read for people who intends to perform in Bayesian learning and probabilistic inference.Graphic

Recommended BooksHere is a list of books which I had read and feel it was worth recommending to friends who was interested in computer Scie nCE.Machine Learningpattern recognition and machine learningChristopher M. BishopA new treatment of classic machine learning topics, such as classification, regression, and time series analysis from a Ba Yesian perspective. It is a must read for people who intends to perform in Bayesian learning and probabilistic

Consider an event, which has two results with equal probability. For example, if a coin is thrown, the chances of front and back are equal. Now we want to know how long it will take for me to get a specific sequence if I keep throwing coins. Sequence 1: Negative, positive, and negativeSequence 2: Negative, positive, positive First, I threw a coin repeatedly until the last three throwing results form sequence 1. Then I wrote down how many times I threw

Knowledge Points: Bernoulli distribution, two-item distribution, polynomial distribution, prior probability, posterior probability, conjugate distribution, beta distribution, beta-two-item distribution, negative two-item distribution, Dirichlet distribution, gamma function, distributionOne, Bernoulli distribution (Bernouli distribution)Also known as 0-1 distribution, refers to a randomized trial, with only

host picked goat 1. Conversion will win the car. The contestant picked a car and the host picked either of the two goats. Conversion will fail. In the first two cases, contestants can win the car by switching their options. The third case is the only one where contestants win by keeping their original selections. There are two of the three cases that win through conversion selection, so the probability of winning through conversion selection is 2

In addition to precise reasoning, we also have the means to solve the distribution of a single variable in a probability graph by non-precise inference. In many cases, the probability map can not be simplified into a cluster tree, or simplified the number of random variables in a single regiment after the formation of a cluster, resulting in the efficiency of the mission tree calibration is low. As an examp

PHP array according to the probability returned algorithm now has a 9 key array: $ arrarray (, 9); I want: 1's return probability is 30% 2's return probability is 20% 3's return probability is 10% 4's return probability is 50% others no matter how this algorithm calculates -

1, Probability density function In classifier design (especially Bayesian classifier), when the prior probability of a class and the probability density of a class are both known, determine the discriminant function and decision plane according to certain decision rules. However, in practice, the probability density o