HomeBooks Hadamard Matrices and Their Applications

Hadamard Matrices and Their Applications

Author:  K. J. Horadam

See full product details
Choose a format:
Previous
  • eBook - PDF   $67.50

eBook - PDF

$67.50

Add to Cart Add to Wish List Share with a Friend
Check Store Availability
Next
  • Overview
  • Book Details
Hadamard Matrices and Their Applications

English

ISBN: 1400842905

EAN: 9781400842902

Category: Mathematics / Matrices

Publisher: Princeton University Press

Release Date: 12/15/2011

Synopsis:

In Hadamard Matrices and Their Applications, K. J. Horadam provides the first unified account of cocyclic Hadamard matrices and their applications in signal and data processing. This original work is based on the development of an algebraic link between Hadamard matrices and the cohomology of finite groups that was discovered fifteen years ago. The book translates physical applications into terms a pure mathematician will appreciate, and theoretical structures into ones an applied mathematician, computer scientist, or communications engineer can adapt and use.

The first half of the book explains the state of our knowledge of Hadamard matrices and two important generalizations: matrices with group entries and multidimensional Hadamard arrays. It focuses on their applications in engineering and computer science, as signal transforms, spreading sequences, error-correcting codes, and cryptographic primitives.

The book's second half presents the new results in cocyclic Hadamard matrices and their applications. Full expression of this theory has been realized only recently, in the Five-fold Constellation. This identifies cocyclic generalized Hadamard matrices with particular "stars" in four other areas of mathematics and engineering: group cohomology, incidence structures, combinatorics, and signal correlation.

Pointing the way to possible new developments in a field ripe for further research, this book formulates and discusses ninety open questions.

Excerpt: Unknown Property Excerpt

Hadamard Matrices and Their Applications

Illustrated: No

Format: eBook - PDF

Pages: 278