Abstract is missing.
- Bio-inspired Robots: Learning from NatureNikos Tsourveloudis. 1 [doi]
- Conflicts Resolution in Heterogenous Multiagent Environments Inspired by Social SciencesBartosz Ziembinski. 3-16 [doi]
- Expanding the Control Scope of Cooperative Multiple RobotsKo Shibata, Munehiro Takimoto, Yasushi Kambayashi. 17-26 [doi]
- An Agent Cognitive Model for Visual Attention and Response to NoveltyCynthia Avila-Contreras, Ory Medina, Karina Jaime, Félix Ramos. 27-36 [doi]
- Self-composition of Services in Pervasive Systems: A Chemical-Inspired ApproachFrancesco L. De Angelis, Jose Luis Fernandez-Marquez, Giovanna Di Marzo Serugendo. 37-46 [doi]
- A Trust-Based Approach to Clustering Agents on the Basis of Their ExpertiseFrancesco Buccafurri, Antonello Comi, Gianluca Lax, Domenico Rosaci. 47-56 [doi]
- Indeterministic Belief StructuresBarbara Dunin-Keplicz, Andrzej Szalas. 57-66 [doi]
- Implementation of Agent-Based Games Recommendation System on Mobile PlatformsPavle Skocir, Iva Bojic, Gordan Jezic. 67-76 [doi]
- Combination of Textual and Structural Context for Retrieving Multimedia ElementsSana Fakhfakh, Mohamed Tmar, Walid Mahdi. 77-86 [doi]
- Multi-agent Non-linear Temporal Logic with Embodied Agent Describing UncertaintyVladimir V. Rybakov. 87-96 [doi]
- Modelling Travel Routes in Transport Systems by Means of Timed and Hybrid Petri NetsFrantisek Capkovic. 97-106 [doi]
- Distributed Regret Matching Algorithm for a Dynamic Route GuidanceTai-Yu Ma. 107-116 [doi]
- A Uniform Problem Solving in the Cognitive Algebra of Bounded Rational AgentsEugene Eberbach. 117-126 [doi]
- CAUMEL: A Temporal Logic Based Language for Causal Maps to Explain Agent BehaviorsAroua Hedhili Sbaï, Wided Lejouad Chaari. 127-138 [doi]
- Communication Security Prognosis Realized as the Parallel Dynamic Auditing Intelligent SystemHenryk Piech, Grzegorz Grodzki, Piotr Borowik. 139-149 [doi]
- Simulation and Statistical Model Checking of Logic-Based Multi-Agent System ModelsChristian Kroiß. 151-160 [doi]
- Multi-agent Based Execution Environment for Task Allocation via Coalition FormationMerve Özbey, Nadia Erdogan. 161-170 [doi]
- Multi Agent Based Dynamic Task AllocationArambam James Singh, Poulami Dalapati, Animesh Dutta. 171-182 [doi]
- Microeconomic Demand Functions Implementation in Java ExperimentsRoman Sperka, Marek Spisák. 183-192 [doi]
- The Alliance between Optimization and Multi-Agent System for the Management of the Dynamic CarpoolingSondes Ben Cheikh, Slim Hammadi. 193-202 [doi]
- Analyzing the Efficacy of Passive Investment Strategies through Agent-Based Modelling: Overconfident Investors and Investors with Better Predictive PowerHiroshi Takahashi. 203-212 [doi]
- Intelligent and Collaborative Multi-Agent System to Generate Automated Negotiation for Sustainable Enterprise InteroperabilityManuella Kadar, Maria Muntean. 213-222 [doi]
- Multi-robot Hunting Using Mobile AgentsNaoya Ishiwatari, Yasunobu Sumikawa, Munehiro Takimoto, Yasushi Kambayashi. 223-232 [doi]
- Norms Disappearance in Open Normative Multi-agent Communities: A Conceptual FrameworkMuhsen Hammoud, Azhana Ahmad, Moamin A. Mahmoud, Alicia Y. C. Tang, Mohd Sharifuddin Ahmad. 233-243 [doi]
- Teaching Simulation on Collaborative Learning by the Complex Doubly Structural NetworkSetsuya Kurahashi, Keisuke Kuniyoshi, Takao Terano. 245-255 [doi]
- An Ontology-Based Approach to Competency Modeling and Management in Learning NetworksKalthoum Rezgui, Hédia Mhiri, Khaled Ghédira. 257-266 [doi]
- Role of Agent Middleware in Teaching Distributed Network Application DevelopmentCostin Badica, Sorin Ilie, Mirjana Ivanovic, Dejan Mitrovic. 267-276 [doi]
- Cloud e-Learning: A New Challenge for Multi-Agent SystemsKrenare Pireva, Petros Kefalas, Dimitris Dranidis, Thanos Hatziapostolou, Anthony J. Cowling. 277-287 [doi]
- Possible Routes on a Highway of eLearning - Promising Architecture for eLearning SystemsMirjana Ivanovic, Zoran Putnik, Dejan Mitrovic, Bela Stantic. 289-302 [doi]
- A Collaborative Environment for E-training in ArchaeologyManuella Kadar, Maria Muntean. 303-312 [doi]
- GC-MAS - A Multiagent System for Building Creative Groups Used in Computer Supported Collaborative LearningGabriela Moise, Monica Vladoiu, Zoran Constantinescu. 313-323 [doi]