Generalized Vectorization, Cross-Products, and Matrix Calculus

Business & Finance, Economics, Econometrics, Nonfiction, Computers, General Computing
Cover of the book Generalized Vectorization, Cross-Products, and Matrix Calculus by Darrell A. Turkington, Cambridge University Press
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Author: Darrell A. Turkington ISBN: 9781139611183
Publisher: Cambridge University Press Publication: February 11, 2013
Imprint: Cambridge University Press Language: English
Author: Darrell A. Turkington
ISBN: 9781139611183
Publisher: Cambridge University Press
Publication: February 11, 2013
Imprint: Cambridge University Press
Language: English

This book presents the reader with new operators and matrices that arise in the area of matrix calculus. The properties of these mathematical concepts are investigated and linked with zero-one matrices such as the commutation matrix. Elimination and duplication matrices are revisited and partitioned into submatrices. Studying the properties of these submatrices facilitates achieving new results for the original matrices themselves. Different concepts of matrix derivatives are presented and transformation principles linking these concepts are obtained. One of these concepts is used to derive new matrix calculus results, some involving the new operators and others the derivatives of the operators themselves. The last chapter contains applications of matrix calculus, including optimization, differentiation of log-likelihood functions, iterative interpretations of maximum likelihood estimators and a Lagrangian multiplier test for endogeneity.

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This book presents the reader with new operators and matrices that arise in the area of matrix calculus. The properties of these mathematical concepts are investigated and linked with zero-one matrices such as the commutation matrix. Elimination and duplication matrices are revisited and partitioned into submatrices. Studying the properties of these submatrices facilitates achieving new results for the original matrices themselves. Different concepts of matrix derivatives are presented and transformation principles linking these concepts are obtained. One of these concepts is used to derive new matrix calculus results, some involving the new operators and others the derivatives of the operators themselves. The last chapter contains applications of matrix calculus, including optimization, differentiation of log-likelihood functions, iterative interpretations of maximum likelihood estimators and a Lagrangian multiplier test for endogeneity.

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