Algebraic Structures and Combinatorial Designs

Dive into the fascinating world of mathematical design theory with this comprehensive exploration of balanced incomplete block designs (BIBDs) and their connections to modern algebra. This meticulously crafted work bridges the gap between abstract algebraic structures and practical combinatorial designs, offering readers a deep understanding of how these mathematical concepts interconnect. From the fundamentals of set theory to advanced topics in nearring structures, this book guides readers through the theoretical foundations while maintaining a clear focus on practical applications. The text particularly excels in its treatment of BIBDs, tactical configurations, and association schemes, making complex mathematical concepts accessible to advanced students and researchers alike. With detailed explanations, carefully chosen examples, and a systematic approach to building mathematical knowledge, this work serves as both a comprehensive textbook and a valuable reference for mathematicians, statisticians, and anyone interested in the elegant intersection of algebra and combinatorial design theory.

Autorentext
Wen-Fong Ke is Professor of Mathematics at National Cheng Kung University. Dr. Ke has published research papers in ring and nearring theory, and is interested in other areas as well. James R. Clay (1938-1996) was a Professor of Mathematics at University of Arizona who discovered planar nearrings in 1968. He inspired many researches in the area.