• 
  Hideyuki Nakashima, Michael P. Wellman, Gerhard Weiss, Peter Stone (Eds.): 5th International Joint Conference on Autonomous Agents and Multiagent Systems (AAMAS 2006), Hakodate, Japan, May 8-12, 2006. ACM 2006 ISBN 1-59593-303-4

Simulation and modeling

• 
  Yang Xiang, Kun Zhang: Agent interface enhancement: making multiagent graphical models accessible. 19-26
• 
  Paul Guyot, Alexis Drogoul, Shinichi Honiden: Power and negotiation: lessons from agent-based participatory simulations. 27-33
• 
  Xiaocong Fan, Bingjun Sun, Shuang Sun, Michael D. McNeese, John Yen: RPD-enabled agents teaming with humans for multi-context decision making. 34-41
• 
  Michael Beetz, Nico von Hoyningen-Huene, Jan Bandouch, Bernhard Kirchlechner, Suat Gedikli, Alexis Maldonado: Camera-based observation of football games for analyzing multi-agent activities. 42-49
• 
  Jean-Daniel Kant, Samuel Thiriot: Modeling one human decision maker with a multi-agent system: the CODAGE approach. 50-57
• 
  Nachi Gupta, Adrian K. Agogino, Kagan Tumer: Efficient agent-based models for non-genomic evolution. 58-64
• 
  Bruno Gonçalves, António Lopes, Sofia Esteves, Luís Miguel Botelho: Cognitive agents based simulation for decisions regarding human team composition. 65-72
• 
  Yasushi Ando, Yoshiaki Fukazawa, Osamu Masutani, Hirotoshi Iwasaki, Shinichi Honiden: Performance of pheromone model for predicting traffic congestion. 73-80
• 
  Daisuke Torii, Toru Ishida, François Bousquet: Modeling agents and interactions in agricultural economics. 81-88
• 
  Toni Conde, Daniel Thalmann: Learnable behavioural model for autonomous virtual agents: low-level learning. 89-96
• 
  André M. C. Campos, Emanuel B. Santos, Anne M. P. Canuto, Rodrigo G. Soares, João Carlos Alchieri: A flexible framework for representing personality in agents. 97-104
• 
  Julia Fix, Christian von Scheve, Daniel Moldt: Emotion-based norm enforcement and maintenance in multi-agent systems: foundations and petri net modeling. 105-107
• 
  Marcelo C. Toyama, Ana L. C. Bazzan, Roberto da Silva: An agent-based simulation of pedestrian dynamics: from lane formation to auditorium evacuation. 108-110
• 
  H. Van Dyke Parunak, Sven Brueckner: Modeling uncertain domains with polyagents. 111-113
• 
  Juan Martínez-Miranda, Arantza Aldea, René Bañares-Alcántara, Matías Alvarado: TEAKS: simulation of human performance at work to support team configuration. 114-116
• 
  Tibor Bosse, Jan Treur: Modelling dynamics of cognitive agents by higher-order potentialities. 117-119
• 
  Manuel Fehler, Franziska Klügl, Frank Puppe: Approaches for resolving the dilemma between model structure refinement and parameter calibration in agent-based simulations. 120-122
• 
  Toru Ishida: Multiagent simulation meets the real world. 123-125
• 
  Ana L. C. Bazzan, Robert Junges: Congestion tolls as utility alignment between agent and system optimum. 126-128
• 
  Yuqing Tang, Simon Parsons, Elizabeth Sklar: Agent-based modeling of human education data. 129-131
• 
  Thierry Moyaux, Brahim Chaib-draa, Sophie D'Amours: Study of social consciousness in stochastic agent based simulations: application to supply chains. 132-134

Logics for agent systems

• 
  Carsten Lutz: Complexity and succinctness of public announcement logic. 137-143
• 
  Alessio Lomuscio, Bozena Wozna: A complete and decidable security-specialised logic and its application to the TESLA protocol. 145-152
• 
  Thomas Ågotnes, Wiebe van der Hoek, Michael Wooldridge: On the logic of coalitional games. 153-160
• 
  Alessio Lomuscio, Franco Raimondi: Model checking knowledge, strategies, and games in multi-agent systems. 161-168
• 
  Beata Konikowska, Wojciech Penczek: Model checking for multivalued logic of knowledge and time. 169-176
• 
  Thomas Ågotnes, Wiebe van der Hoek, Michael Wooldridge: Temporal qualitative coalitional games. 177-184
• 
  Luigi Sauro, Jelle Gerbrandy, Wiebe van der Hoek, Michael Wooldridge: Reasoning about action and cooperation. 185-192
• 
  Jelle Gerbrandy: Logics of propositional control. 193-200
• 
  Wiebe van der Hoek, Alessio Lomuscio, Michael Wooldridge: On the complexity of practical ATL model checking. 201-208
• 
  Andreas Herzig, Nicolas Troquard: Knowing how to play: uniform choices in logics of agency. 209-216
• 
  Natasha Alechina, Mark Jago, Piergiorgio Bertoli, Brian Logan, Chiara Ghidini, Luciano Serafini: Verifying space and time requirements for resource-bounded agents. 217-219
• 
  Kaile Su, Xiangyu Luo, Abdul Sattar, Mehmet A. Orgun: The interpreted system model of knowledge, belief, desire and intention. 220-222
• 
  Huib Aldewereld, Frank Dignum, Andrés García-Camino, Pablo Noriega, Juan A. Rodríguez-Aguilar, Carles Sierra: Operationalisation of norms for usage in electronic institutions. 223-225
• 
  Laurent Perrussel, Jean-Marc Thévenin, Thomas Andreas Meyer: Mutual enrichment through nested belief change. 226-228
• 
  Guido Boella, Leendert W. N. van der Torre: An architecture of a normative system: counts-as conditionals, obligations and permissions. 229-231
• 
  Wojciech Jamroga, Thomas Ågotnes: What agents can achieve under incomplete information. 232-234
• 
  Duc Quang Pham, James Harland: Flexible agent protocols via temporal and resource-based reasoning. 235-237
• 
  Nardine Osman, David Robertson, Christopher Walton: Run-time model checking of interaction and deontic models for multi-agent systems. 238-240
• 
  Alexei Lapouchnian, Yves Lespérance: Modeling mental states in the analysis of multiagent systems requirements. 241-243

Agent planning and search

• 
  Gerardo I. Simari, Amy Sliva, Dana S. Nau, V. S. Subrahmanian: A stochastic language for modelling opponent agents. 244-246
• 
  Matthijs T. J. Spaan, Geoffrey J. Gordon, Nikos A. Vlassis: Decentralized planning under uncertainty for teams of communicating agents. 249-256
• 
  Efrat Manisterski, David Sarne, Sarit Kraus: Integrating parallel interactions into cooperative search. 257-264
• 
  Aliaksandr Birukou, Enrico Blanzieri, Paolo Giorgini: A multi-agent system that facilitates scientific publications search. 265-272
• 
  Praveen Paruchuri, Milind Tambe, Fernando Ordóñez, Sarit Kraus: Security in multiagent systems by policy randomization. 273-280
• 
  Sven Koenig, Maxim Likhachev: Real-time adaptive A*. 281-288
• 
  Pradeep Varakantham, Ranjit Nair, Milind Tambe, Makoto Yokoo: Winning back the CUP for distributed POMDPs: planning over continuous belief spaces. 289-296
• 
  Dmitri A. Dolgov, Edmund H. Durfee: Resource allocation among agents with preferences induced by factored MDPs. 297-304
• 
  Haizheng Zhang, Victor R. Lesser: Multi-agent based peer-to-peer information retrieval systems with concurrent search sessions. 305-312
• 
  Carlos Diuk, Alexander L. Strehl, Michael L. Littman: A hierarchical approach to efficient reinforcement learning in deterministic domains. 313-319
• 
  Bruno Bouchard, Abdenour Bouzouane, Sylvain Giroux: A smart home agent for plan recognition. 320-322
• 
  Daniel Massaguer, Chien-Liang Fok, Nalini Venkatasubramanian, Gruia-Catalin Roman, Chenyang Lu: Exploring sensor networks using mobile agents. 323-325
• 
  AnYuan Guo, Victor R. Lesser: Stochastic planning for weakly-coupled distributed agents. 326-328
• 
  Utku Erdogdu, Faruk Polat: Dynamic cooperation using resource based planning. 329-331
• 
  Cagatay Undeger, Faruk Polat: Real time target evaluation search. 332-334
• 
  Sachin Kamboj, Keith S. Decker: Organizational self-design in semi-dynamic environments. 335-337
• 
  David L. Roberts, Sooraj Bhat, Charles Lee Isbell Jr., Brian F. Cooper, Jeffrey S. Pierce: A decision-theoretic approach to file consistency in constrained peer-to-peer device networks. 338-340
• 
  Christopher Amato, Daniel S. Bernstein, Shlomo Zilberstein: Solving POMDPs using quadratically constrained linear programs. 341-343

Argumentation and negotiation

• 
  Iyad Rahwan, Leila Amgoud: An argumentation based approach for practical reasoning. 347-354
• 
  Jakub Brzostowski, Ryszard Kowalczyk: Predicting partner's behaviour in agent negotiation. 355-361
• 
  Yann Chevaleyre, Ulle Endriss, Nicolas Maudet: Tractable negotiation in tree-structured domains. 362-369
• 
  Ya'akov Gal, Avi Pfeffer: Predicting people's bidding behavior in negotiation. 370-376
• 
  Peter Harvey, Chee Fon Chang, Aditya Ghose: Support-based distributed search: a new approach for multiagent constraint processing. 377-383
• 
  Antonis C. Kakas, Pavlos Moraitis: Adaptive agent negotiation via argumentation. 384-391
• 
  Ulle Endriss: Monotonic concession protocols for multilateral negotiation. 392-399
• 
  Sarvapali D. Ramchurn, Carles Sierra, Lluis Godo, Nicholas R. Jennings: Negotiating using rewards. 400-407
• 
  Tom Wanyama, Behrouz Homayoun Far: Negotiation coalitions in group-choice multi-agent systems. 408-410
• 
  Majid Ali Khan, Ladislau Bölöni: Negotiation-based coalitions in the physical world. 411-413
• 
  Leila Amgoud, Nabil Hameurlain: A formal model for designing dialogue strategies. 414-416
• 
  D. J. A. Somefun, Johannes A. La Poutré: A scalable method for online learning of non-linear preferences based on anonymous negotiation data. 417-419
• 
  Michal Pechoucek, Jan Tozicka, Martin Rehák: Towards formal model of adversarial action in multi-agent systems. 420-422
• 
  Sabyasachi Saha, Sandip Sen: Negotiating efficient outcomes over multiple issues. 423-425
• 
  Nishan C. Karunatillake, Nicholas R. Jennings, Iyad Rahwan, Sarvapali D. Ramchurn: Managing social influences through argumentation-based negotiation. 426-428
• 
  Miguel A. López-Carmona, Juan R. Velasco: An expressive approach to fuzzy constraint based agent purchase negotiation. 429-431
• 
  Peep Küngas, Mihhail Matskin: Symbolic negotiation revisited. 432-434
• 
  Takayuki Ito, Mark Klein: A multi-issue negotiation protocol among competitive agents and its extension to a nonlinear utility negotiation protocol. 435-437

Robotics

• 
  Jim Pugh, Alcherio Martinoli: Multi-robot learning with particle swarm optimization. 441-448
• 
  Yang Gu, Manuela M. Veloso: Multi-model motion tracking under multiple team member actuators. 449-456
• 
  Andraz Bezek, Matjaz Gams, Ivan Bratko: Multi-agent strategic modeling in a robotic soccer domain. 457-464
• 
  Zinovi Rabinovich, Jeffrey S. Rosenschein: On the response of EMT-based control to interacting targets and models. 465-470
• 
  P. B. Sujit, Arpita Sinha, Debasish Ghose: Multiple UAV task allocation using negotiation. 471-478
• 
  Prithviraj Dasgupta: Distributed automatic target recognition using multi-agent UAV swarms. 479-481
• 
  Freek Stulp, Michael Beetz: Action awareness: enabling agents to optimize, transform, and coordinate plans. 482-484
• 
  Marco Mamei, Franco Zambonelli: Programming modular robots with the TOTA middleware. 485-487
• 
  Matthias Scheutz, James F. Kramer: RADIC: a generic component for the integration of existing reactive and deliberative layers. 488-490
• 
  Mary Koes, Katia P. Sycara, Illah R. Nourbakhsh: A constraint optimization framework for fractured robot teams. 491-493

Computational complexity in agent systems

• 
  Ariel D. Procaccia, Jeffrey S. Rosenschein: Junta distributions and the average-case complexity of manipulating elections. 497-504
• 
  Ariel D. Procaccia, Jeffrey S. Rosenschein: The communication complexity of coalition formation among autonomous agents. 505-512
• 
  Guido Governatori, Antonino Rotolo, Vineet Padmanabhan: The cost of social agents. 513-520
• 
  Vincent Conitzer, Tuomas Sandholm: Failures of the VCG mechanism in combinatorial auctions and exchanges. 521-528
• 
  Jiaying Shen, Raphen Becker, Victor R. Lesser: Agent interaction in distributed POMDPs and its implications on complexity. 529-536
• 
  Vincent Conitzer, Tuomas Sandholm: A technique for reducing normal-form games to compute a Nash equilibrium. 537-544
• 
  Andrew Gilpin, Tuomas Sandholm: Information-theoretic approaches to branching in search. 545-547
• 
  Alessio Lomuscio, Franco Raimondi: The complexity of model checking concurrent programs against CTLK specifications. 548-550

Cooperation and coordination

• 
  Arnon Gilboa, Amnon Meisels, Ariel Felner: Distributed navigation in an unknown physical environment. 553-560
• 
  Tsz-Chiu Au, Dana S. Nau: Accident or intention: that is the question (in the Noisy Iterated Prisoner's Dilemma). 561-568
• 
  Stefan J. Johansson: On using multi-agent systems in playing board games. 569-576
• 
  Jonathan P. Pearce, Rajiv T. Maheswaran, Milind Tambe: Solution sets for DCOPs and graphical games. 577-584
• 
  Tino Schlegel, Peter Braun, Ryszard Kowalczyk: Towards autonomous mobile agents with emergent migration behaviour. 585-592
• 
  Cédric Dinont, Philippe Mathieu, Emmanuel Druon, Patrick Taillibert: Artifacts for time-aware agents. 593-600
• 
  Toshiharu Sugawara, Satoshi Kurihara, Toshio Hirotsu, Kensuke Fukuda, Shin-ya Sato, Osamu Akashi: Total performance by local agent selection strategies in multi-agent systems. 601-608
• 
  Stéphane Airiau, Sandip Sen, Prithviraj Dasgupta: Effect of joining decisions on peer clusters. 609-615
• 
  Gabriel Catalin Balan, Sean Luke: History-based traffic control. 616-621
• 
  Jiaying Shen, Victor R. Lesser: Communication management using abstraction in distributed Bayesian networks. 622-629
• 
  Steven Okamoto, Paul Scerri, Katia P. Sycara: Toward an understanding of the impact of software personal assistants on human organizations. 630-637
• 
  Gita Sukthankar, Katia P. Sycara: Robust recognition of physical team behaviors using spatio-temporal models. 638-645
• 
  Xiao-Feng Xie, Jiming Liu: How autonomy oriented computing (AOC) tackles a computationally hard optimization problem. 646-653
• 
  Paul W. Schermerhorn, Matthias Scheutz: Social coordination without communication in multi-agent territory exploration tasks. 654-661
• 
  Wei Chen, Keith S. Decker: Analyzing characteristics of task structures to develop GPGP coordination mechanisms. 662-669
• 
  Andrés García-Camino, Juan A. Rodríguez-Aguilar, Carles Sierra, Wamberto Weber Vasconcelos: Norm-oriented programming of electronic institutions. 670-672
• 
  Ariel D. Procaccia, Jeffrey S. Rosenschein: Learning to identify winning coalitions in the PAC model. 673-675
• 
  Geoff James, David Cohen, Robert Dodier, Glenn Platt, Doug Palmer: A deployed multi-agent framework for distributed energy applications. 676-678
• 
  Amit Shabtay, Zinovi Rabinovich, Jeffrey S. Rosenschein: Behaviosites: a novel paradigm for affecting distributed behavior. 679-681
• 
  Satoshi Kurihara, Shin-ya Sato, Kensuke Fukuda, Toshiharu Sugawara: How can agent know the global information without close coordination? 682-684
• 
  Maria Silvia Pini, Francesca Rossi, Kristen Brent Venable, Toby Walsh: Strategic voting when aggregating partially ordered preferences. 685-687
• 
  Guido Boella, Rossana Damiano, Joris Hulstijn, Leendert W. N. van der Torre: Role-based semantics for agent communication: embedding of the 'mental attitudes' and 'social commitments' semantics. 688-690
• 
  Doran Chakraborty, Sandip Sen: Teaching new teammates. 691-693

Learning and evolution

• 
  Ron Katz, Sarit Kraus: Efficient agents for cliff-edge environments with a large set of decision options. 697-704
• 
  Steve Phelps, Marek Marcinkiewicz, Simon Parsons: A novel method for automatic strategy acquisition in N-player non-zero-sum games. 705-712
• 
  Nathan R. Sturtevant, Michael H. Bowling: Robust game play against unknown opponents. 713-719
• 
  Fernando Fernández, Manuela M. Veloso: Probabilistic policy reuse in a reinforcement learning agent. 720-727
• 
  Pieter Jan't Hoen, Sander M. Bohte, Johannes A. La Poutré: Learning from induced changes in opponent (re)actions in multi-agent games. 728-735
• 
  Sébastien Paquet, Brahim Chaib-draa: Learning the required number of agents for complex tasks. 736-743
• 
  Joseph Y. Halpern, Leandro Chaves Rêgo: Extensive games with possibly unaware players. 744-751
• 
  Thuc Vu, Rob Powers, Yoav Shoham: Learning against multiple opponents. 752-759
• 
  Liviu Panait, Sean Luke: Selecting informative actions improves cooperative multiagent learning. 760-766
• 
  Elizabeth Sklar, Debbie Richards: The use of agents in human learning systems. 767-774
• 
  Mark J. Nelson, David L. Roberts, Charles Lee Isbell Jr., Michael Mateas: Reinforcement learning for declarative optimization-based drama management. 775-782
• 
  Jose Enrique Munoz de Cote, Alessandro Lazaric, Marcello Restelli: Learning to cooperate in multi-agent social dilemmas. 783-785
• 
  Anh Nguyen, Wayne Wobcke: An adaptive plan-based dialogue agent: integrating learning into a BDI architecture. 786-788
• 
  Takaki Makino, Kazuyuki Aihara: Multi-agent reinforcement learning algorithm to handle beliefs of other agents' policies and embedded beliefs. 789-791
• 
  Christopher Child, Kostas Stathis: Rule value reinforcement learning for cognitive agents. 792-794
• 
  Andrew Guillory, Hai Nguyen, Tucker R. Balch, Charles Lee Isbell Jr.: Learning executable agent behaviors from observation. 795-797
• 
  Bikramjit Banerjee, Jing Peng: RV_sigma(t): a unifying approach to performance and convergence in online multiagent learning. 798-800
• 
  Liviu Panait, Keith Sullivan, Sean Luke: Lenient learners in cooperative multiagent systems. 801-803
• 
  Keith Sullivan, Liviu Panait, Gabriel Catalin Balan, Sean Luke: Can good learners always compensate for poor learners? 804-806
• 
  Filipo Studzinski Perotto, Luis Otávio Alvares: Learning regularities with a constructivist agent. 807-809
• 
  Bruno Castro da Silva, Eduardo W. Basso, Filipo Studzinski Perotto, Ana L. C. Bazzan, Paulo Martins Engel: Improving reinforcement learning with context detection. 810-812
• 
  Jaçanã Machado, Luís Miguel Botelho: Software agents that learn through observation. 813-815

Task and resource allocation

• 
  Itai Ashlagi, Dov Monderer, Moshe Tennenholtz: Resource selection games with unknown number of players. 819-825
• 
  Partha Sarathi Dutta, Nicholas R. Jennings, Luc Moreau: Adaptive distributed resource allocation and diagnostics using cooperative information-sharing strategies. 826-833
• 
  Efrat Manisterski, Esther David, Sarit Kraus, Nicholas R. Jennings: Forming efficient agent groups for completing complex tasks. 834-841
• 
  Danny Weyns, Nelis Boucké, Tom Holvoet: Gradient field-based task assignment in an AGV transportation system. 842-849
• 
  Sherief Abdallah, Victor R. Lesser: Learning the task allocation game. 850-857
• 
  David N. Morley, Karen L. Myers, Neil Yorke-Smith: Continuous refinement of agent resource estimates. 858-865
• 
  Sylvia Estivie, Yann Chevaleyre, Ulle Endriss, Nicolas Maudet: How equitable is rational negotiation? 866-873
• 
  Jianhui Wu, Edmund H. Durfee: Mathematical programming for deliberation scheduling in time-limited domains. 874-881
• 
  Ruggiero Cavallo: Optimal decision-making with minimal waste: strategyproof redistribution of VCG payments. 882-889
• 
  Katsutoshi Hirayama: Distributed Lagrangean relaxation protocol for the generalized mutual assignment problem. 890-892
• 
  Andrea Giovannucci, Juan A. Rodríguez-Aguilar, Jesús Cerquides: Auctioning transformable goods. 893-895

Ontologies and web services

• 
  Jurriaan van Diggelen, Robbert-Jan Beun, Frank Dignum, Rogier M. van Eijk, John-Jules Ch. Meyer: ANEMONE: an effective minimal ontology negotiation environment. 899-906
• 
  Alessandro Negri, Agostino Poggi, Michele Tomaiuolo, Paola Turci: Agents for e-business applications. 907-914
• 
  Matthias Klusch, Benedikt Fries, Katia P. Sycara: Automated semantic web service discovery with OWLS-MX. 915-922
• 
  Mohsen Afsharchi, Behrouz H. Far, Jörg Denzinger: Ontology-guided learning to improve communication between groups of agents. 923-930
• 
  Murat Sensoy, Pinar Yolum: A context-aware approach for service selection using ontologies. 931-938
• 
  Steve Goschnick, Sandrine Balbo, Leon Sterling, Christine Sun: TANDEM - a design method for integrating web services into multi-agent systems. 939-941
• 
  Kendall Lister, Leon Sterling, Kuldar Taveter: Reconciling ontological differences by assistant agents. 943-945
• 
  Ching-man Au Yeung, Ho-fung Leung: Formalizing typicality of objects and context-sensitivity in ontologies. 946-948
• 
  Fuyuki Ishikawa, Nobukazu Yoshioka, Shinichi Honiden: Service-oriented and autonomous distribution and provision of multimedia contents. 949-951
• 
  Dejing Dou, Drew V. McDermott: Deriving axioms across ontologies. 952-954
• 
  Arturo Nakasone, Helmut Prendinger, Mitsuru Ishizuka: Web presentation system using RST events. 955-957

Believable agents

• 
  Scott W. McQuiggan, James C. Lester: Learning empathy: a data-driven framework for modeling empathetic companion agents. 961-968
• 
  Bill Tomlinson, Man Lok Yau, Eric Baumer: Embodied mobile agents. 969-976
• 
  Bradford W. Mott, James C. Lester: U-director: a decision-theoretic narrative planning architecture for storytelling environments. 977-984
• 
  Wenji Mao, Jonathan Gratch: Evaluating a computational model of social causality and responsibility. 985-992
• 
  H. Van Dyke Parunak, Robert Bisson, Sven Brueckner, Robert S. Matthews, John A. Sauter: A model of emotions for situated agents. 993-995
• 
  Dan Fielding, Brian Logan, Steve Benford: Balancing the needs of players and spectators in agent-based commentary systems. 996-998

Architectures: BDI and MDPs

• 
  Sebastian Sardiña, Lavindra de Silva, Lin Padgham: Hierarchical planning in BDI agent programming languages: a formal approach. 1001-1008
• 
  Peter Novák, Jürgen Dix: Modular BDI architecture. 1009-1015
• 
  Barbara Dunin-Keplicz, Rineke Verbrugge: Awareness as a vital ingredient of teamwork. 1017-1024
• 
  Bharaneedharan Rathnasabapathy, Prashant Doshi, Piotr J. Gmytrasiewicz: Exact solutions of interactive POMDPs using behavioral equivalence. 1025-1032
• 
  Simon Duff, James Harland, John Thangarajah: On proactivity and maintenance goals. 1033-1040
• 
  Gerardo I. Simari, Simon Parsons: On the relationship between MDPs and the BDI architecture. 1041-1048
• 
  John Thangarajah, Lin Padgham, Sebastian Sardiña: Modelling situations in intelligent agents. 1049-1051
• 
  Tom Holvoet, Paul Valckenaers: Beliefs, desires and intentions through the environment. 1052-1054
• 
  Timothy William Cleaver, Abdul Sattar, Raihana Ferdous: User defined monitoring strategies for BDI agent programs. 1055-1057
• 
  Jianhui Wu, Edmund H. Durfee: Mixed-integer linear programming for transition-independent decentralized MDPs. 1058-1060

Scalability, security, and performance analysis

• 
  Rafal Leszczyna, Janusz Górski: Performance analysis of untraceability protocols for mobile agents using an adaptable framework. 1063-1070
• 
  Bin Yu, Paul Scerri, Katia P. Sycara, Yang Xu, Michael Lewis: Scalable and reliable data delivery in mobile ad hoc sensor networks. 1071-1078
• 
  Adrian K. Agogino, Kagan Tumer: Efficient agent-based cluster ensembles. 1079-1086
• 
  Eugene Hung, Joseph Pasquale: ReAgents: behavior-based remote agents and their performance. 1087-1094
• 
  Ram Meshulam, Shulamit Reches, Aner Yarden, Sarit Kraus: MLBP: MAS for large-scale biometric pattern recognition. 1095-1097
• 
  Bryan Horling, Victor R. Lesser: Using queuing theory to predict organizational metrics. 1098-1100
• 
  Peter C. Lockemann, Jens Nimis: Agent dependability as an architectural issue. 1101-1103
• 
  Maxim Peysakhov, Christopher Dugan, Pragnesh Jay Modi, William C. Regli: Quorum sensing on mobile ad-hoc networks. 1104-1106
• 
  Luis Mulet, Jose M. Such, Juan M. Alberola: Performance evaluation of open-source multiagent platforms. 1107-1109
• 
  Davide Grossi, Frank Dignum, Virginia Dignum, Mehdi Dastani, Lambèr M. M. Royakkers: Structural evaluation of agent organizations. 1110-1112
• 
  Yang Xu, Paul Scerri, Katia P. Sycara, Michael Lewis: Comparing market and token-based coordination. 1113-1115
• 
  Vandana Gunupudi, Stephen R. Tate: SAgent: a security framework for JADE. 1116-1118
• 
  Kagan Tumer: Coordinating simple and unreliable agents. 1119-1121
• 
  Daniel Yamins: The emergence of global properties from local interactions: static properties and one-dimensional patterns. 1122-1124

Auctions and electronic markets

• 
  Tuomas Sandholm, Andrew Gilpin: Sequences of take-it-or-leave-it offers: near-optimal auctions without full valuation revelation. 1127-1134
• 
  Makoto Yokoo, Toshihiro Matsutani, Atsushi Iwasaki: False-name-proof combinatorial auction protocol: Groves Mechanism with SubModular Approximation. 1135-1142
• 
  Jinzhong Niu, Kai Cai, Simon Parsons, Elizabeth Sklar: Reducing price fluctuation in continuous double auctions through pricing policy and shout improvement. 1143-1150
• 
  Takayuki Ito, David C. Parkes: Instantiating the contingent bids model of truthful interdependent value auctions. 1151-1158
• 
  Minghua He, Alex Rogers, Xudong Luo, Nicholas R. Jennings: Designing a successful trading agent for supply chain management. 1159-1166
• 
  Kate Larson: Reducing costly information acquisition in auctions. 1167-1174
• 
  Onn Shehory, Eran Dror: Computationally efficient and revenue optimized auctioneer's strategy for expanding auctions. 1175-1182
• 
  Tokuro Matsuo, Takayuki Ito, Robert W. Day, Toramatsu Shintani: A robust combinatorial auction mechanism against shill bidders. 1183-1190
• 
  Panos Toulis, Dionisis Kehagias, Pericles A. Mitkas: Mertacor: a successful autonomous trading agent. 1191-1198
• 
  Andrew Byde: A comparison between mechanisms for sequential compute resource auctions. 1199-1201
• 
  Aviv Zohar, Jeffrey S. Rosenschein: Robust mechanisms for information elicitation. 1202-1204
• 
  S. Shaheen Fatima: A comparative study of sequential and simultaneous auctions. 1205-1207
• 
  Enrico H. Gerding, Alex Rogers, Rajdeep K. Dash, Nicholas R. Jennings: Competing sellers in online markets: reserve prices, shill bidding, and auction fees. 1208-1210
• 
  Teddy Candale, Sandip Sen: Evaluating bidding strategies for simultaneous auctions. 1211-1213

Trust and reputation

• 
  Trung Dong Huynh, Nicholas R. Jennings, Nigel R. Shadbolt: Certified reputation: how an agent can trust a stranger. 1217-1224
• 
  Carles Sierra, John K. Debenham: Trust and honour in information-based agency. 1225-1232
• 
  Radu Jurca, Boi Faltings: Using CHI-scores to reward honest feedback from repeated interactions. 1233-1240
• 
  Karen Fullam, K. Suzanne Barber: Learning trust strategies in reputation exchange networks. 1241-1248
• 
  Sandip Sen, Dipyaman Banerjee: Monopolizing markets by exploiting trust. 1249-1256
• 
  Xiaoqing Zheng, Zhaohui Wu, Huajun Chen, Yuxin Mao: Developing a composite trust model for multi-agent systems. 1257-1259
• 
  Jianshu Weng, Chunyan Miao, Angela Goh, Zhiqi Shen, Robert K. L. Gay: Trust-based agent community for collaborative recommendation. 1260-1262
• 
  Stéphane Airiau, Sandip Sen: Learning to commit in repeated games. 1263-1265
• 
  Ikpeme Erete, Teddy Candale, Sandip Sen: Effect of deceptive referrals on system stability. 1266-1268

Agent programming

• 
  M. Birna van Riemsdijk, Mehdi Dastani, John-Jules Ch. Meyer, Frank S. de Boer: Goal-oriented modularity in agent programming. 1271-1278
• 
  M. Birna van Riemsdijk, Frank S. de Boer, Mehdi Dastani, John-Jules Ch. Meyer: Prototyping 3APL in the Maude term rewriting language. 1279-1281
• 
  Miguel Escrivá Gregori, Javier Palanca Cámara, Gustavo Aranda Bada: A jabber-based multi-agent system platform. 1282-1284
• 
  Mehdi Dastani, M. Birna van Riemsdijk, John-Jules Ch. Meyer: Goal types in agent programming. 1285-1287
• 
  Natasha Alechina, Rafael H. Bordini, Jomi Fred Hübner, Mark Jago, Brian Logan: Belief revision for AgentSpeak agents. 1288-1290
• 
  Jomi Fred Hübner, Rafael H. Bordini, Michael Wooldridge: Plan patterns for declarative goals in AgentSpeak. 1291-1293
• 
  Hervé Paulino, Luís M. B. Lopes: A service-oriented language for programming mobile agents. 1294-1296
• 
  YoungMin Kwon, Sameer Sundresh, Kirill Mechitov, Gul Agha: ActorNet: an actor platform for wireless sensor networks. 1297-1300

Agent-oriented engineering and methodologies

• 
  Rubén Fuentes, Jorge J. Gómez-Sanz, Juan Pavón: Integrating agent-oriented methodologies with UML-AT. 1303-1310
• 
  Insu Song, Guido Governatori: Designing agent chips. 1311-1313
• 
  Danny Weyns, Tom Holvoet, Kurt Schelfthout: Multiagent systems as software architecture: another perspective on software engineering with multiagent systems. 1314-1316
• 
  Tibor Bosse, Dung N. Lam, K. Suzanne Barber: Automated analysis and verification of agent behavior. 1317-1319
• 
  Annika Smit, Masja Kempen, Niek J. E. Wijngaards, André Meyer: The hidden dangers of experimenting in distributed AI. 1320-1322
• 
  Tsunenori Mine, Akihiro Kogo, Makoto Amamiya: Agent-community based peer-to-peer information retrieval: an evaluation. 1323-1325
• 
  Nirmit Desai, Amit K. Chopra, Munindar P. Singh: An overview of business process adaptations via protocols. 1326-1328
• 
  Youna Jung, Jungtae Lee, Minkoo Kim: Multi-agent based community computing system development with the model driven architecture. 1329-1331
• 
  Alessandro F. Garcia, Christina Chavez, Ricardo Choren: Enhancing agent-oriented models with aspects. 1332-1334

Agent communication

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  Shakil M. Khan, Yves Lespérance: On the semantics of conditional commitment. 1337-1344
• 
  Amit K. Chopra, Munindar P. Singh: Contextualizing commitment protocol. 1345-1352
• 
  Paritosh Padhy, Rajdeep K. Dash, Kirk Martinez, Nicholas R. Jennings: A utility-based sensing and communication model for a glacial sensor network. 1353-1360
• 
  Ashok U. Mallya, Munindar P. Singh: Specifying and resolving preferences among agent interaction patterns. 1361-1368
• 
  Philippe Pasquier, Roberto A. Flores, Brahim Chaib-draa: An ontology of social control tools. 1369-1371
• 
  Philippe Pasquier, Brahim Chaib-draa: Modelling the links between social commitments and individual intentions. 1372-1374
• 
  María Adela Grando, Christopher D. Walton: The MAP^a language of agent dialogues. 1375-1377
• 
  Jun Wang, Les Gasser, Jim Houk: Convergence analysis for collective vocabulary development. 1378-1380
• 
  Samarth Swarup, Kiran Lakkaraju, Les Gasser: Learning a common language through an emergent interaction topology. 1381-1383
• 
  Stéphanie Combettes, Chihab Hanachi, Christophe Sibertin-Blanc: Organizational Petri Nets for protocol design and enactment. 1384-1386

Optimization and constraint processing

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  Marius-Calin Silaghi, Makoto Yokoo: Nogood based asynchronous distributed optimization (ADOPT ng). 1389-1396
• 
  Adrian Petcu, Boi Faltings, David C. Parkes: MDPOP: faithful distributed implementation of efficient social choice problems. 1397-1404
• 
  Michael Benisch, Norman M. Sadeh: Examining DCSP coordination tradeoffs. 1405-1412
• 
  Emma Bowring, Milind Tambe, Makoto Yokoo: Multiply-constrained distributed constraint optimization. 1413-1420
• 
  Koenraad Mertens, Tom Holvoet, Yolande Berbers: The DynCOAA algorithm for dynamic constraint optimization problems. 1421-1423
• 
  Rachel Greenstadt, Jonathan P. Pearce, Emma Bowring, Milind Tambe: Experimental analysis of privacy loss in DCOP algorithms. 1424-1426
• 
  Anton Chechetka, Katia P. Sycara: No-commitment branch and bound search for distributed constraint optimization. 1427-1429
• 
  Yan Yang, Raman Paranjape, Luigi Benedicenti: An agent based general solution model for the course timetabling problem. 1430-1432
• 
  John Davin, Pragnesh Jay Modi: Hierarchical variable ordering for distributed constraint optimization. 1433-1435

Demonstration session

• 
  Franziska Klügl, Rainer Herrler, Manuel Fehler: SeSAm: implementation of agent-based simulation using visual programming. 1439-1440
• 
  Pedro A. Szekely, Marcel Becker, Stephen Fitzpatrick, Gergely Gati, Dávid Hanák, Jing Jin, Gabor Karsai, Rajiv T. Maheswaran, Robert Neches, Craig Milo Rogers, Romeo Sanchez, Christopher P. van Buskirk: CSC: Criticality-Sensitive Coordination. 1441-1442
• 
  Sean Owens, Paul Scerri, Robin Glinton, Bin Yu, Katia P. Sycara: Synergistic integration of agent technologies for military simulation. 1443-1444
• 
  Nathaniel Gemelli, Robert Wright, James Lawton, Andrew Boes: Asynchronous chess competition. 1445-1446
• 
  David Sislák, Martin Rehák, Michal Pechoucek, Dusan Pavlícek: Deployment of A-globe multi-agent platform. 1447-1448
• 
  Régis Vincent, Osher Yadgar, Andrew Agno: UAV airspace management system UAMS. 1449-1450
• 
  Paul Verstraete, Paul Valckenaers, Hendrik Van Brussel, Karuna Hadeli, Bart Saint Germain: Multi-agent coordination and control testbed for planning and scheduling strategies. 1451-1452
• 
  Andrew Gilpin, Tuomas Sandholm: A Texas Hold'em poker player based on automated abstraction and real-time equilibrium computation. 1453-1454
• 
  Jonathan Himoff: Decision-making support for maritime business. 1455-1456
• 
  Paulo Blikstein, William Rand, Uri Wilensky: Participatory, embodied, multi-agent simulation. 1457-1458
• 
  Jigar Patel, W. T. Luke Teacy, Nicholas R. Jennings, Michael Luck, Stuart Chalmers, Nir Oren, Timothy J. Norman, Alun D. Preece, Peter M. D. Gray, Gareth Shercliff, Patrick J. Stockreisser, Jianhua Shao, W. Alex Gray, N. J. Fiddian, Simon G. Thompson: CONOISE-G: agent-based virtual organisations. 1459-1460
• 
  Toshiko Wakaki, Takanori Mukai, Hiromitsu Miyashita, Hajime Sawamura, Kumiko Matsunaga, Taro Fukumoto, Katsumi Nitta: Automated argument system based on logic of multiple-valued argumentation. 1461-1462
• 
  Alex Rogers, Rajdeep K. Dash, Nicholas R. Jennings, Steven Reece, Stephen Roberts: Computational mechanism design for multi-sensor information fusion. 1463-1464
• 
  Gaya Buddhinath Jayatilleke, John Thangarajah, Lin Padgham, Michael Winikoff: Component Agent Framework for domain-Experts (CAFnE) toolkit. 1465-1466
• 
  Pauline M. Berry, Cory Albright, Emma Bowring, Ken Conley, Kenneth Nitz, Jonathan P. Pearce, Bart Peintner, Shahin Saadati, Milind Tambe, Tomás E. Uribe, Neil Yorke-Smith: Conflict negotiation among personal calendar agents. 1467-1468
• 
  Daniel Massaguer, Vidhya Balasubramanian, Sharad Mehrotra, Nalini Venkatasubramanian: Synthetic humans in emergency response drills. 1469-1470
• 
  Bruno Castro da Silva, Robert Junges, Denise de Oliveira, Ana L. C. Bazzan: ITSUMO: an Intelligent Transportation System for Urban Mobility. 1471-1472

Industry track

• 
  Minoru Asada: Towards emergence of communication: a cognitive developmental robotics approach. 3-9
• 
  Steve S. Benfield, Jim Hendrickson, Daniel Galanti: Making a strong business case for multiagent technology. 10-15
• 
  Pragnesh Jay Modi, Spiros Mancoridis, William M. Mongan, William C. Regli, Israel Mayk: Towards a reference model for agent-based systems. 1475-1482
• 
  Mark D. Johnston, Bradley J. Clement: Automating Deep Space Network scheduling and conflict resolution. 1483-1489
• 
  Nathan Schurr, Pratik Patil, Frederic H. Pighin, Milind Tambe: Using multiagent teams to improve the training of incident commanders. 1490-1497
• 
  Michal Pechoucek, David Sislák, Dusan Pavlícek, Miroslav Uller: Autonomous agents for air-traffic deconfliction. 1498-1505
• 
  Sander van der Putten, Valentin Robu, Han La Poutré, Annemiek Jorritsma, Margo Gal: Automating supply chain negotiations using autonomous agents: a case study in transportation logistics. 1506-1513
• 
  Jonathan Himoff, George Rzevski, Petr Skobelev: Magenta technology multi-agent logistics i-Scheduler for road transportation. 1514-1521
• 
  Leen-Kiat Soh, Hong Jiang: Commercializing a multiagent-supported collaborative system. 1522-1529
• 
  Onn Shehory: The role of agents in enterprise system management: a position paper. 1530-1533
• 
  Touby Drew, Maria L. Gini: Implantable medical devices as agents and part of multiagent systems. 1534-1541
• 
  Armando Robles P, B. V. Pablo Noriega, Marco Julio Robles P., Héctor Hernández T., Victor Soto Ramírez, Edgar Gutiérrez S.: A hotel information system implementation using MAS technology. 1542-1548
• 
  Roxana Belecheanu, Steve Munroe, Michael Luck, Terry R. Payne, Tim Miller, Peter McBurney, Michal Pechoucek: Commercial applications of agents: lessons, experiences and challenges. 1549-1555
• 
  Leen-Kiat Soh, Nobel Khandaker, Xuliu Liu, Hong Jiang: A computer-supported cooperative learning system with multiagent intelligence. 1556-1563
• 
  Pauline Berry, Bart Peintner, Ken Conley, Melinda T. Gervasio, Tomás E. Uribe, Neil Yorke-Smith: Deploying a personalized time management agent. 1564-1571
• 
  Rajarshi Das, Ian Whalley, Jeffrey O. Kephart: Utility-based collaboration among autonomous agents for resource allocation in data centers. 1572-1579
• 
  G. Emami, J. Cheng, D. Cornwell, M. Feldhousen, C. Long, V. Malhotra, I. Starnes, Larry Kerschberg, Alexander Brodsky, X. Zhang: ACTIVE: agile coordinator testbed integrated virtual environment. 1580-1587