Free shipping within Australia, international delivery available
Combinatorial Network Theory offers a rigorous examination of the design and optimisation of interconnection networks, a critical field for modern communication. Edited by Ding-Zhu Du and D. Frank Hsu, this volume addresses the fundamental challenge of creating networks that minimise communication delay whilst maximising reliability. Through five expert-led chapters, the book explores key structures including Cayley digraphs, de Bruijn digraphs, Kautz digraphs, and double loop networks.
Readers will find a detailed treatment of connectivity, diameter, and information dissemination—specifically broadcasting and gossiping. By focusing on the combinatorial aspects of network topology, the authors bridge the gap between abstract mathematical elegance and practical engineering solutions. Each chapter is designed to be read independently, making this an accessible yet scholarly resource for those seeking to understand the mechanisms behind high-performance network architecture. Whether you are a researcher in theoretical computer science or a graduate student of applied mathematics, this text provides the essential theoretical foundation required to master the complexities of network design in an increasingly connected world.
