
doi: 10.1007/bf01091459
Consider independent samples of sizen 1,n 2,... ,n 2 and the empirical distribtion constructed using these samples. We test the hypothesis that all the samples are drawn from a population with the same continuous distribution function F (x). The test statistic is the weight function) is defined as generalizes Kiefer's well-known statistic originally proposed for the case K=2 and q,= 1. A rough asymptotics is obtained for the probability of large deviations of the statistic , which allows to give explicit expressions for the Bahadur local exact slopes and to compare the statistics for various K and q in the sense of Bahadur efficiency. In conclusion, the question posed by Renyi is considered: to what extent is it advisable to use statistics of the type instead of pooling all the samples and using a one-sample test?
empirical distribution functions, Asymptotic properties of nonparametric inference, local exact Bahadur slope, asymptotic Bahadur efficiency
empirical distribution functions, Asymptotic properties of nonparametric inference, local exact Bahadur slope, asymptotic Bahadur efficiency
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