Springer Social Simulation for a Digital Society: Applications and Innovations in Computational Social Science (Springer Proceedings in Complexity)

Product Description “Social Simulation for a Digital Society” provides a cross-section of state-of-the-art research in social simulation and computational social science. With the availability of big data and faster computing power, the social sciences are undergoing a tremendous transformation. Research in computational social sciences has received considerable attention in the last few years, with advances in a wide range of methodologies and applications. Areas of application of computational methods range from the study of opinion and information dynamics in social networks, the formal modeling of resource use, the study of social conflict and cooperation to the development of cognitive models for social simulation and many more. This volume is based on the Social Simulation Conference of 2017 in Dublin and includes applications from across the social sciences, providing the reader with a demonstration of the highly versatile research in social simulation, with a particular focus on public policy relevance in a digital society.  Chapters in the book include contributions to the methodology of simulation-based research, theoretical and philosophical considerations, as well as applied work. This book will appeal to students and researchers in the field.  From the Back Cover “Social Simulation for a Digital Society” provides a cross-section of state-of-the-art research in social simulation and computational social science. With the availability of big data and faster computing power, the social sciences are undergoing a tremendous transformation. Research in computational social sciences has received considerable attention in the last few years, with advances in a wide range of methodologies and applications. Areas of application of computational methods range from the study of opinion and information dynamics in social networks, the formal modeling of resource use, the study of social conflict and cooperation to the development of cognitive models for social simulation and many more. This volume is based on the Social Simulation Conference of 2017 in Dublin and includes applications from across the social sciences, providing the reader with a demonstration of the highly versatile research in social simulation, with a particular focus on public policy relevance in a digital society.  Chapters in the book include contributions to the methodology of simulation-based research, theoretical and philosophical considerations, as well as applied work. This book will appeal to students and researchers in the field.  About the Author Diane Payne was Associate Professor in Sociology and director of the Dynamics Lab for Computational Social Science at University College Dublin. She obtained her PhD from the University of Groningen and held positions at University of Cambridge and Trinity College Dublin before. Diane passed away in April 2019. Johan A. Elkink is Associate Professor in Social Science Research Methods at University College Dublin. He specialises in quantitative methods in political science, in particular simulation-based research and spatial econometrics. Besides applications in voting behaviour in referendums and national elections, he wrote on the international diffusion of democracy and the evolution of personalist regimes. His work appeared, among other outlets, in the Journal of Politics, Comparative Political Studies, European Journal of Political Research and Electoral Studies. Nial Friel is Professor of Statistics at University College Dublin. His research is broadly focused on statistical network analysis, Bayesian statistics and Monte Carlo methods. He is especially interested in applications at the interface of these areas. He is currently the joint editor of the Journal of the Royal Statistical Society, Series C. Thomas U. Grund is Associate Professor in Sociology at University College Dublin and was Visiting Professor at the Institute of Sociology at University of Zurich and Sim