What is common to all networks? What are the general principles of the organization and evolution of networks? How do the laws of nature work in communication, biological, and social networks? What are networks? This book, written by physicists, answers these questions and presents a general insight into the world of networks.
What is common to all networks? What are the general principles of the organization and evolution of networks? How do the laws of nature work in communication, biological, and social networks? What are networks? This book, written by physicists, answers these questions and presents a general insight into the world of networks.
0: Modern architecture of random graphs 1: What are networks? 2: Popularity is attractive 3: Real networks 4: Equilibrium networks 5: Non-equilibrium networks 6: Global topology of networks 7: Growth of networks and self-organized criticality 8: Philosophy of a small world A: Relations for an adjacency matrix B: How to measure a distribution C: Statistics of cliques D: Power-law preference E: Inhomogenous growing net F: Z-transform G: Critical phenomena in networks H: A guide to the network literature
0: Modern architecture of random graphs 1: What are networks? 2: Popularity is attractive 3: Real networks 4: Equilibrium networks 5: Non-equilibrium networks 6: Global topology of networks 7: Growth of networks and self-organized criticality 8: Philosophy of a small world A: Relations for an adjacency matrix B: How to measure a distribution C: Statistics of cliques D: Power-law preference E: Inhomogenous growing net F: Z-transform G: Critical phenomena in networks H: A guide to the network literature
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