Multi-Agent for Mass User Support

Theoretical Background.- Mass User Support by Social Coordination among Citizens in a Real Environment.- Toward a New Principle of Agent Engineering in Multiagent Systems: Computational Equivalence.- Resource Allocation Algorithms.- Market-Based Resource Allocation for Information-Collection Scenarios.- Modeling of Theme Park Problem with Multiagent for Mass User Support.- Story-Based Planning in Theme Park.- Mass User Support in Traffic Systems.- Effect of Using Route Information Sharing to Reduce Traffic Congestion.- Is Dial-a-Ride Bus Reasonable in Large Scale Towns? Evaluation of Usability of Dial-a-Ride Systems by Simulation.- Game Theoretic Analysis.- Effects of Conflict between Emergent Charging Agents in Social Dilemma.- Investigation of Mutual Choice Metanorm in Group Dynamics for Solving Social Dilemmas.- Architectures for Social Coordination Mechanisms.- Individual Digital Rights Management in Multi-agent Information Trading Societies.- Fairy Wing: Distributed Information Service with RFID Tags.- CONSORTS: A Multiagent Architecture for Service Coordination in Ubiquitous Computing.