Introduction to Mathematical StatisticsThe fifth edition of text offers a careful presentation of the probability needed for mathematical statistics and the mathematics of statistical inference. Offering a background for those who wish to go on to study statistical applications or more advanced theory, this text presents a thorough treatment of the mathematics of statistics. |
From inside the book
Results 1-3 of 34
Page 397
... critical region C of size a = that Pr ( Xe A1 ; H1 ) = 32 and that Pr ( XE used as a critical region of size α = 13322 1 = 32 . A1 ; H1 ) = 1024. Thus , if the set A , is we have the intolerable situation that the probability of ...
... critical region C of size a = that Pr ( Xe A1 ; H1 ) = 32 and that Pr ( XE used as a critical region of size α = 13322 1 = 32 . A1 ; H1 ) = 1024. Thus , if the set A , is we have the intolerable situation that the probability of ...
Page 406
... critical region , when it exists , which is a best critical region for testing a simple hypothesis H。 against an alternative composite hypothesis H1 . It seems desirable that this critical region should be a best critical region for ...
... critical region , when it exists , which is a best critical region for testing a simple hypothesis H。 against an alternative composite hypothesis H1 . It seems desirable that this critical region should be a best critical region for ...
Page 408
... critical region for testing the simple hypothesis against an alternative simple hypothesis , say = 0 ' + 1 , will not serve as a best critical region for testing H1 : 00 ' against the alternative simple hypothesis 00 ' 1 , say . By ...
... critical region for testing the simple hypothesis against an alternative simple hypothesis , say = 0 ' + 1 , will not serve as a best critical region for testing H1 : 00 ' against the alternative simple hypothesis 00 ' 1 , say . By ...
Other editions - View all
Common terms and phrases
A₁ A₂ Accordingly approximate best critical region C₁ C₂ chi-square distribution complete sufficient statistic conditional p.d.f. confidence interval Consider continuous type converges in probability correlation coefficient critical region defined degrees of freedom denote a random discrete type distribution function F(x distribution with mean distribution with p.d.f. distribution with parameters dx₁ equation Example Exercise Find the p.d.f. g₁(y₁ gamma distribution given Hint hypothesis H₁ independent random variables integral Let the random Let X1 Let Y₁ limiting distribution marginal p.d.f. matrix moment-generating function order statistics P(C₁ p₁ percent confidence interval Poisson distribution positive integer probability density functions probability set function R₁ random experiment random sample respectively sample space Section Show significance level simple hypothesis subset sufficient statistic t-distribution t₂ theorem unbiased estimator variance o² W₁ X₁ X₂ Y₁ Y₂ zero elsewhere μ₁ μ₂ Σ Σ σ²