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This book explores the intricate relationships between binary linear codes, binary matrices, and graphs, with a particular focus on efficiently computing automorphism groups. It presents an in-depth examination of finite group representation theory in the context of coding theory and matrix algebra. The book provides a comprehensive understanding of how these mathematical structures intertwine, offering valuable insights for researchers, mathematicians, and practitioners in the field of coding theory and related disciplines.

Produktbeschreibung
This book explores the intricate relationships between binary linear codes, binary matrices, and graphs, with a particular focus on efficiently computing automorphism groups. It presents an in-depth examination of finite group representation theory in the context of coding theory and matrix algebra. The book provides a comprehensive understanding of how these mathematical structures intertwine, offering valuable insights for researchers, mathematicians, and practitioners in the field of coding theory and related disciplines.
Autorenporträt
Dr. Prof with expertise in coding theory and matrix algebra. Research focuses on finite group representation theory applied to binary linear codes and cryptography. Published works include topics on automorphism groups, binary matrices, graph theory, cryptography, and security. Currently serving as a Professor in an engineering school.