approach based on minimum variance unbiased estimator. There is a separate chapter on simultaneous estimation of several parameters. Large sample theory of estimation, based on consistent asymptotically normal estimators obtained by method of moments, percentile and the method of maximum likelihood is also introduced. The tests of hypotheses for finite samples with classical Neyman – Pearson theory is developed pointing out its connection with Bayesian approach. The hypotheses testing and confidence interval techniques are developed leading to likelihood ratio tests, score tests and tests based on maximum likelihood estimators. New to the Second Edition: · A chapter on Nonparametric Statistical Inference giving tests based on empirical distribution function and some elementary tests based on ranks about the median · ! Techniques for one sample and two sample problems presented with emphasis on Sign test, Kolmogorov – Smirnov Test, Wilcoxon signed rank test and Wilcoxon Mann – Whitney test · Separate section added on maximum likelihood estimation in parametric models for censored and truncated data · Additional illustrative examples and exercises

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