Asha Seth Kapadia's Books

Mathematical Statistics With Applications

By: Asha Seth Kapadia,Wenyaw Chan,Lemuel A. Moyé

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Mathematical Statistics With Applications

By: Asha Seth Kapadia,Wenyaw Chan,Lemuel A. Moyé

Mathematical statistics typically represents one of the most difficult challenges in statistics, particularly for those with more applied, rather than mathematical, interests and backgrounds. Most textbooks on the subject provide little or no review of the advanced calculus topics upon which much of mathematical statistics relies and furthermore contain material that is wholly theoretical, thus presenting even greater challenges to those interested in applying advanced statistics to a specific area. Mathematical Statistics with Applications presents the background concepts and builds the technical sophistication needed to move on to more advanced studies in multivariate analysis, decision theory, stochastic processes, or computational statistics. Applications embedded within theoretical discussions clearly demonstrate the utility of the theory in a useful and relevant field of application and allow readers to avoid sudden exposure to purely theoretical materials. With its clear explanations and more than usual emphasis on applications and computation, this text reaches out to the many students and professionals more interested in the practical use of statistics to enrich their work in areas such as communications, computer science, economics, astronomy, and public health.

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Page Count

648

Publisher

CRC Press

Published Date

ISBN 10

1420056476

ISBN 13

9781420056471

Difference Equations with Public Health Applications

By: Lemuel A. Moyé,Asha Seth Kapadia

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Difference Equations with Public Health Applications

By: Lemuel A. Moyé,Asha Seth Kapadia

This study of difference equations with public health applications develops the methodology for the solution of the general kth order linear difference equation using the generating function approach. It includes an examination of the dynamics of disease spread and containment in populations using illness-death models. There are over 1000 featured

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