The study of computational social networks (CSNs) is an emerging interdisciplinary field, concerned with the intersection of social behavior and computer systems.
This comprehensive text/reference is the first of three volumes that illustrate the concept of social networks from a computational point of view. The book contains contributions from a international selection of world-class experts, with a specific focus on practical tools, applications, and open avenues for further research (the other two volumes review issues of Security and Privacy, and Mining and Visualization in CSNs).
Topics and features:
Includes a thorough introduction to this exciting and blossoming fieldPresents the latest advances in CSNs, and illustrates how organizations can gain a competitive advantage by applying these ideas in real-world scenariosDiscusses the design and use of a wide range of computational tools and software for social networkanalysisDescribes simulations of social networks, the representation and analysis of social networks, and the use of semantic networks in knowledge discovery and visualizationProvides experience reports, survey articles, and intelligence techniques and theories relating to specific problems in network technology
This authoritative work is a useful resource for researchers and developers involved in social network research and related issues. Postgraduate and senior undergraduate students will also find this a valuable reference for courses on CSNs.
Dr. Ajith Abraham is Director of the Machine Intelligence Research (MIR) Labs, a global network of research laboratories with headquarters near Seattle, WA, USA. He is the editor of the book Distributed Multiple Description Coding, as well as many other Springer publications. Dr. Aboul-Ella Hassanien is Professor in the Faculty of Computers and Information at Cairo University, Egypt, and Visiting Professor at the College of Business Administration, Kuwait University. Dr. Hassanien and Dr. Abraham have co-edited numerous Springer titles, including the books Computational Social Network Analysis and Pervasive Computing.
