Modeling interdependent socio-technical networks: The smart grid—an agent-based modeling approach
                                            conference paper
                                        
                                    
                                            The aim of this paper is to improve scientific modeling of interdependent socio-technical networks. In these networks the interplay between technical or infrastructural elements on the one hand and social and behavioral aspects on the other hand, plays an important role. Examples include electricity networks, financial networks, residential choice networks. We propose an Agent-Based Modeling approach to simulate interdependent technical and social network behavior, the effects of potential policy measures and the societal impact when disturbances occur, where we focus on a specific use case: the smart grid, an intelligent system for matching supply and demand of electricity.
                                        
                                    Topics
                                        
                                    TNO Identifier
                                        
                                            520195
                                        
                                    ISSN
                                        
                                            21945357
                                        
                                    ISBN
                                        
                                            9783319114569
                                        
                                    Source title
                                        
                                            Advances in Intelligent Systems and Computing
                                        
                                    Editor(s)
                                        
                                            Oren T.
Kacprzyk J.
Koziel S.
Leifsson L.
Obaidat M.S.
                                    Kacprzyk J.
Koziel S.
Leifsson L.
Obaidat M.S.
Pages
                                        
                                            87-100
                                        
                                    Files
                                        
                                            
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