Keynote | |
Multiagent Modelling and Simulation as a Means to Wider Industrial Deployment of Agent Based Computing in Air-Traffic Control | p. 1 |
Real-Time and Personalisation | |
Real Time Learning of Behaviour Features for Personalised Interest Assessment | p. 5 |
A GPU-Based Multi-agent System for Real-Time Simulations | p. 15 |
CLIC: An Agent-Based Interactive and Autonomous Piece of Art | p. 25 |
Collaborative Information Extraction for Adaptive Recommendations in a Multiagent Tourism Recommender System | p. 35 |
An Architecture for the Design of Context-Aware Conversational Agents | p. 41 |
Modelling and Computation | |
A Computational Model on Surprise and Its Effects on Agent Behaviour in Simulated Environments | p. 47 |
Enhanced Deliberation in BDI-Modelled Agents | p. 59 |
Cooperative Behaviors Description for Self-* Systems Implementation | p. 69 |
Collaborative Dialogue Agent for COPD Self-management in AMICA: A First Insight | p. 75 |
Methodology and Engineering | |
Application of Model Driven Techniques for Agent-Based Simulation | p. 81 |
Using ICARO-T Framework for Reactive Agent-Base Mobile Robots | p. 91 |
REST-A: An Agent Virtual Machine Based on REST Framework | p. 103 |
Detection of Overworked Agents in INGENIAS | p. 113 |
Mobile Agents in Vehicular Networks: Taking a First Ride | p. 119 |
CRISIS Management and Robots | |
A Multi-Agent System Approach for Interactive Table Using RFID | p. 125 |
Forest Fires Prediction by an Organization Based System | p. 135 |
Self-adaptive Coordination for Robot Teams Accomplishing Critical Activities | p. 145 |
A Cooperative Communications Platform for Safety Critical Robotics: An Experimental Evaluation | p. 151 |
A Real Time Approach for Task Allocation in a Disaster Scenario | p. 157 |
Development and Evaluation | |
ASGARD - A Graphical Monitoring Tool for Distributed Agent Infrastructures | p. 163 |
Comparing Three Computational Models of Affect | p. 175 |
A Generic Architecture for Realistic Simulations of Complex Financial Dynamics | p. 185 |
SinCity 2.0: An Environment for Exploring the Effectiveness of Multi-agent Learning Techniques | p. 199 |
A Tracing System Architecture for Self-adaptive Multiagent Systems | p. 205 |
Search and Problem Solving | |
An UCT Approach for Anytime Agent-Based Planning | p. 211 |
Elitist Ants Applied to the Undirected Rural Postman Problem | p. 221 |
Distributed Bayesian Diagnosis for Telecommunication Networks | p. 231 |
Solving an Arc-Routing Problem Using Artificial Ants with a Graph Transformation | p. 241 |
Ambient and Green-by Systems | |
Using Situation Calculus for Normative Agents in Urban Wastewater Systems | p. 247 |
Organization Nesting in a Multi-agent Application for Ambient Intelligence | p. 259 |
Advantages of MAS for the Resolution of a Power Management Problem in Smart Homes | p. 269 |
A4VANET: Context-Aware JADE-LEAP Agents for VANETS | p. 279 |
Adaptive Multi-agent System for Multi-sensor Maritime Surveillance | p. 285 |
Author Index | p. 291 |
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