Abstract is missing.
- Evolution of the GPGP/TÆMS domain-independent coordination frameworkVictor R. Lesser. 1-2 [doi]
- ROADMAP: extending the gaia methodology for complex open systemsThomas Juan, Adrian R. Pearce, Leon Sterling. 3-10 [doi]
- Multiagent systems specification by UML statecharts aiming at intelligent manufacturingToshiaki Arai, Frieder Stolzenburg. 11-18 [doi]
- The cognitive agents specification language and verification environment for multiagent systemsSteven Shapiro, Yves Lespérance, Hector J. Levesque. 19-26 [doi]
- From AOSE methodology to agent implementationPhilippe Massonet, Yves Deville, Cédric Nève. 27-34 [doi]
- The tropos software development methodology: processes, models and diagramsFausto Giunchiglia, John Mylopoulos, Anna Perini. 35-36 [doi]
- Prometheus: a methodology for developing intelligent agentsLin Padgham, Michael Winikoff. 37-38 [doi]
- Towards industrially applicable modeling technique for agent-based systemsArnon Sturm, Onn Shehory. 39-40 [doi]
- KODAMA projectGuoqiang Zhong, Kenichi Takahashi, Satoshi Amamiya, Tsunenori Mine, Makoto Amamiya. 43-44 [doi]
- Agent-oriented software engineering for successful TAC participationClemens Fritschi, Klaus Dorer. 45-46 [doi]
- HAMAC: an agent-based programming methodGilles Klein, Amal El Fallah-Seghrouchni, Patrick Taillibert. 47-48 [doi]
- P2P based knowledge source discovery on research support system papitsTadachika Ozono, Shoji Goto, Nobuhiro Fujimaki, Toramatsu Shintani. 49-50 [doi]
- Specifying agents with UML in robotic soccerJan Murray. 51-52 [doi]
- Risk and expectations in a-priori time allocation in multi-agent contractingAlexander Babanov, John Collins, Maria L. Gini. 53-60 [doi]
- Designing an auction protocol under asymmetric information on nature s selectionTakayuki Ito, Makoto Yokoo, Shigeo Matsubara. 61-68 [doi]
- Winner determination in combinatorial auction generalizationsTuomas Sandholm, Subhash Suri, Andrew Gilpin, David Levine. 69-76 [doi]
- Protocols and strategies for automated multi-attribute auctionsEsther David, Rina Azoulay-Schwartz, Sarit Kraus. 77-85 [doi]
- Agent behavior architectures a MAS framework comparisonSteven P. Fonseca, Martin L. Griss, Reed Letsinger. 86-87 [doi]
- A multi-level approach and infrastructure for agent-oriented software developmentMartin K. Purvis, Mariusz Nowostawski, Stephen Cranefield. 88-89 [doi]
- Architecting agents using core competenciesK. Suzanne Barber, Dung N. Lam. 90-91 [doi]
- Towards a real-time architecture for time-aware agentsKonstantinos Prouskas, Jeremy Pitt. 92-93 [doi]
- Organizational multi-agent architectures: a mobile robot exampleManuel Kolp, Paolo Giorgini, John Mylopoulos. 94-95 [doi]
- Congregating and market formationChristopher H. Brooks, Edmund H. Durfee. 96-103 [doi]
- An average-case budget-non-negative double auction protocolYuko Sakurai, Makoto Yokoo. 104-111 [doi]
- Secure multi-agent dynamic programming based on homomorphic encryption and its application to combinatorial auctionsMakoto Yokoo, Koutarou Suzuki. 112-119 [doi]
- Algorithm for combinatorial coalition formation and payoff division in an electronic marketplaceCuihong Li, Katia P. Sycara. 120-127 [doi]
- A negotiation model of incomplete information under time constraintsCao Da-Jun, Xu Liang-Xian. 128-134 [doi]
- An alternating offers bargaining model for computationally limited agentsKate Larson, Tuomas Sandholm. 135-142 [doi]
- Multi-issue negotiation under time constraintsS. Shaheen Fatima, Michael Wooldridge, Nicholas R. Jennings. 143-150 [doi]
- A peer-to-peer agent auctionElth Ogston, Stamatis Vassiliadis. 151-159 [doi]
- Bidders with hard valuation problemsKate Larson, Tuomas Sandholm. 160-161 [doi]
- Randomized strategic demand reduction: getting more by asking for lessPaul S. A. Reitsma, Peter Stone, János Csirik, Michael L. Littman. 162-163 [doi]
- Caching in multi-unit combinatorial auctionsKidane Asrat Ghebreamiak, Arne Andersson. 164-165 [doi]
- A strategy-proof multiunit double auction mechanismPu Huang, Alan Scheller-Wolf, Katia P. Sycara. 166-167 [doi]
- Preference elicitation in combinatorial auctionsWolfram Conen, Tuomas Sandholm. 168-169 [doi]
- A multi-agent queuing model for resource allocations in a non-cooperative gamePinata Winoto, Tiffany Ya Tang. 170-171 [doi]
- Coordination mechanisms for dependency relationships among multiple agentsWei Chen, Keith S. Decker. 172-173 [doi]
- Modeling multi-agent communication contextsAntonella Di Stefano, Corrado Santoro. 174-175 [doi]
- Multi agent simulation of unorganized trafficPraveen Paruchuri, Alok Reddy Pullalarevu, Kamalakar Karlapalem. 176-183 [doi]
- Agent-based interaction analysis of consumer behaviorLamjed Ben Said, Thierry Bouron, Alexis Drogoul. 184-190 [doi]
- ACUMEN: amplifying control and understanding of multiple entitiesJan M. Allbeck, Karin Kipper, Charles Adams, William Schuler, Elena Zoubanova, Norman I. Badler, Martha Stone Palmer, Aravind K. Joshi. 191-198 [doi]
- Simulation level of detail for multiagent controlDavid C. Brogan, Jessica K. Hodgins. 199-206 [doi]
- Two multi-agent models of gender interaction in artificial societyJulia V. Frolova, Victor V. Korobitsin. 207-208 [doi]
- Variance in converging puck cluster sizesA. Zhang, M. Chung, B. Lee, R. Cho, Sanza T. Kazadi, R. Vishwanath. 209-210 [doi]
- An Agent-based simulation for water sharing between different usersM. Le Bars, Jean-Marie Attonaty, Suzanne Pinson. 211-212 [doi]
- Assimilation and survival in cyberspaceRobert A. Ghanea-Hercock. 213-214 [doi]
- A multiagent interaction paradigm for physiological process controlFrancesco Amigoni, Nicola Gatti, Marco Somalvico. 215-216 [doi]
- Simulation of adaptive agents: learning heuristics for route choice in a commuter scenarioFranziska Klügl, Ana L. C. Bazzan. 217-218 [doi]
- A hybrid mobile robot architecture with integrated planning and controlKian Hsiang Low, Wee Kheng Leow, Marcelo H. Ang. 219-226 [doi]
- A hierarchical architecture for behavior-based robotsMonica N. Nicolescu, Maja J. Mataric. 227-233 [doi]
- On the development of cooperative behavior-based mobile manipulatorsBruno S. Pimentel, Guilherme A. S. Pereira, Mario Fernando Montenegro Campos. 234-239 [doi]
- PHA*: performing A* in unknown physical environmentsAriel Felner, Roni Stern, Sarit Kraus. 240-247 [doi]
- Effort profiles in multi-agent resource allocationH. Van Dyke Parunak, Sven Brueckner, John A. Sauter, Robert Savit. 248-255 [doi]
- Collaborative assignment: a multiagent negotiation approach using BDI conceptsKiam Tian Seow, Khee Yin How. 256-263 [doi]
- An industrial application of agents for dynamic planning and schedulingMin-Jung Yoo. 264-271 [doi]
- Supervised interaction: creating a web of trust for contracting agents in electronic environmentsMartin J. Kollingbaum, Timothy J. Norman. 272-279 [doi]
- Notions of reputation in multi-agents systems: a reviewLik Mui, Mojdeh Mohtashemi, Ari Halberstadt. 280-287 [doi]
- Robustness of reputation-based trust: boolean caseSandip Sen, Neelima Sajja. 288-293 [doi]
- An evidential model of distributed reputation managementBin Yu, Munindar P. Singh. 294-301 [doi]
- A multi-agent bioinformatics integration system with adjustable autonomy: an overviewKonstantinos Karasavvas, Richard A. Baldock, Albert Burger. 302-303 [doi]
- Developing trust in recommender agentsMiquel Montaner, Beatriz López, Josep Lluís de la Rosa. 304-305 [doi]
- A coalition formation mechanism based on inter-agent trust relationshipsSilvia Breban, Julita Vassileva. 306-307 [doi]
- Equilibrium reputation mechanism for mobile agent based electronic commerceXiao Feng Wang, Kartik Hosanagar, Ramayya Krishnan, Pradeep K. Khosla. 308-309 [doi]
- Incentive compatible mechanism for trust revelationSviatoslav Braynov, Tuomas Sandholm. 310-311 [doi]
- Emergence of stable coalitions via task exchangesPartha Sarathi Dutta, Sandip Sen. 312-313 [doi]
- On-line incremental learning in bilateral multi-issue negotiationVon-Wun Soo, Chun-An Hung. 314-315 [doi]
- A domain-independent diagnosis tool to adapt organizations in learning scenariosAna L. C. Bazzan, Vanessa Lindemann, Victor R. Lesser. 316-317 [doi]
- Interacting with virtual characters in interactive storytellingMarc Cavazza, Fred Charles, Steven J. Mead. 318-325 [doi]
- Using an ethologically-inspired model to learn apparent temporal causality for planning in synthetic creaturesRobert C. Burke, Bruce Blumberg. 326-333 [doi]
- A step toward irrationality: using emotion to change beliefStacy Marsella, Jonathan Gratch. 334-341 [doi]
- Believability through context using knowledge in the world to create intelligent charactersPatrick Doyle. 342-349 [doi]
- SCREAM: scripting emotion-based agent mindsHelmut Prendinger, Mitsuru Ishizuka. 350-351 [doi]
- An architecture for emotional decision-making agentsEric Chown, Randolph M. Jones, Amy E. Henninger. 352-353 [doi]
- Increasing the coherence between human beings and virtual agentsPilar Herrero, Angélica de Antonio, Steve Benford, Chris Greenhalgh. 354-355 [doi]
- Virtual humans personifiedSumedha Kshirsagar, Nadia Magnenat-Thalmann. 356-357 [doi]
- A motivational system that drives the development of activityMatthew D. Schmill, Paul R. Cohen. 358-359 [doi]
- Emotions and personality in agent designPiotr J. Gmytrasiewicz, Christine L. Lisetti. 360-361 [doi]
- Mutual online concept learning for multiple agentsJun Wang, Les Gasser. 362-369 [doi]
- A multiagent reinforcement learning algorithm using extended optimal responseNobuo Suematsu, Akira Hayashi. 370-377 [doi]
- Learning sequences of actions in collectives of autonomous agentsKagan Tumer, Adrian K. Agogino, David Wolpert. 378-385 [doi]
- A bartering approach to improve multiagent learningSantiago Ontañón, Enric Plaza. 386-393 [doi]
- An analysis of formal inter-agent dialoguesSimon Parsons, Michael Wooldridge, Leila Amgoud. 394-401 [doi]
- Desiderata for agent argumentation protocolsPeter McBurney, Simon Parsons, Michael Wooldridge. 402-409 [doi]
- Argument exchange in heterogeneous electronic commerce environmentsLuís Brito, José Neves. 410-417 [doi]
- Programmable self-assembly using biologically-inspired multiagent controlRadhika Nagpal. 418-425 [doi]
- How social spiders inspired an approach To region detectionChristine Bourjot, Vincent Chevrier, Vincent Thomas. 426-433 [doi]
- Evolving adaptive pheromone path planning mechanismsJohn A. Sauter, Robert S. Matthews, H. Van Dyke Parunak, Sven Brueckner. 434-440 [doi]
- Combining amorphous computing and reactive agent-based systems: a paradigm for pervasive intelligence?David Servat, Alexis Drogoul. 441-448 [doi]
- Using the UML to model knowledge in agent systemsClinton Heinze, Leon Sterling. 441-42 [doi]
- Digital pheromone mechanisms for coordination of unmanned vehiclesH. Van Dyke Parunak, Sven Brueckner, John A. Sauter. 449-450 [doi]
- Dynamic organization of multi-agent systemsPhilippe Mathieu, Jean-Christophe Routier, Yann Secq. 451-452 [doi]
- The effects of cooperation on multiagent search in task-oriented domainsJosé M. Vidal. 453-454 [doi]
- From design to intention: signs of a revolutionFranco Zambonelli, H. Van Dyke Parunak. 455-456 [doi]
- Understanding emergent web regularities with information foraging agentsJiming Liu, Shiwu Zhang, Yiming Ye. 457-458 [doi]
- Self Reordering for security in generalized english auctions (GEA)Marius-Calin Silaghi, Boi Faltings. 459-460 [doi]
- Agent organizations with utility-based fuzzy coalitionsLeonid Sheremetov, José C. Romero Cortés. 461-462 [doi]
- A fuzzy system based approach to social modeling in multi-agent systemsEsteve del Acebo, Josep Lluís de la Rosa. 463-464 [doi]
- Embodied intentional dynamics of bacterial behaviourCatholijn M. Jonker, Jacky L. Snoep, Jan Treur, Hans V. Westerhoff, Wouter C. A. Wijngaards. 465-466 [doi]
- Extracting reputation in multi agent systems by means of social network topologyJosep M. Pujol, Ramon Sangüesa, Jordi Delgado. 467-474 [doi]
- Reputation and social network analysis in multi-agent systemsJordi Sabater, Carles Sierra. 475-482 [doi]
- Multi-agent dependence by dependence graphsJaime Simão Sichman, Rosaria Conte. 483-490 [doi]
- Group delegation and responsibilityTimothy J. Norman, Chris Reed. 491-498 [doi]
- A robust cooperation architecture for teams of UCAVsFrançois Legras. 499-500 [doi]
- MOISE+: towards a structural, functional, and deontic model for MAS organizationJomi Fred Hübner, Jaime Simão Sichman, Olivier Boissier. 501-502 [doi]
- Integrative negotiation in complex organizational agent systemsXiaoqin Zhang, Victor R. Lesser, Thomas Wagner. 503-504 [doi]
- A multi-agent architecture to support synchronous collaborative learning in an international environmentMartin D. Beer, Janice Whatley. 505-506 [doi]
- The integrated modeling of multi-agent systems and their environmentSehl Mellouli, Guy W. Mineau, Daniel Pascot. 507-508 [doi]
- Open protocol design for complex interactions in multi-agent systemsHamza Mazouzi, Amal El Fallah-Seghrouchni, Serge Haddad. 517-526 [doi]
- Flexible protocol specification and execution: applying event calculus planning using commitmentsPinar Yolum, Munindar P. Singh. 527-534 [doi]
- Operational specification of a commitment-based agent communication languageNicoletta Fornara, Marco Colombetti. 536-542 [doi]
- Representing and executing protocols as joint actionsSanjeev Kumar, Marcus J. Huber, Philip R. Cohen. 543-550 [doi]
- CASA: a distributed holonic multiagent architecture for timber productionAndreas Gerber, Nils Kammenhuber, Matthias Klusch. 551-552 [doi]
- Implementing agent communication languages directly from UML specificationsStephen Cranefield, Mariusz Nowostawski, Martin K. Purvis. 553-554 [doi]
- The design of agent communication languages: an organizational approachJuan Manuel Serrano, Sascha Ossowski. 555-556 [doi]
- Proving properties of open agent systemsFrank Guerin, Jeremy Pitt. 557-558 [doi]
- Negotiation as a mechanism for language evolutionPiotr J. Gmytrasiewicz. 559-560 [doi]
- Facilitating message exchange though middle agentsTerry R. Payne, Massimo Paolucci, Rahul Singh, Katia P. Sycara. 561-562 [doi]
- Automatic ontology mapping for agent communicationFloris Wiesman, Nico Roos, Paul Vogt. 563-564 [doi]
- Supporting software agents on small devicesSasu Tarkoma, Mikko Laukkanen. 565-566 [doi]
- Direct execution of team specifications in STAPLESanjeev Kumar, Philip R. Cohen, Marcus J. Huber. 567-568 [doi]
- Planning and execution, life, the solar system, and everythingNicola Muscettola. 569 [doi]
- The Techsat-21 autonomous space science agentSteve A. Chien, Rob Sherwood, Gregg Rabideau, Rebecca Castaño, Ashley Davies, Michael C. Burl, Russell Knight, Timothy M. Stough, Joseph Roden, Paul Zetocha, Ross Wainwright, Pete Klupar, Jim Van Gaasbeck, Pat Cappelaere, Dean Oswald. 570-577 [doi]
- An open agent architecture for assisting elder independenceKaren Zita Haigh, John Phelps, Christopher W. Geib. 578-586 [doi]
- Personal access to a worldwide agent networkAntónio Lopes, Sérgio Gaio, Luís Miguel Botelho. 587-588 [doi]
- A first step towards providing health-care agent-based services to mobile usersAntonio Moreno, David Isern. 589-590 [doi]
- Strategic sequential bidding in auctions using dynamic programmingGerald Tesauro, Jonathan Bredin. 591-598 [doi]
- The eager bidder problem: a fundamental problem of DAI and selected solutionsMichael Schillo, Christian Kray, Klaus Fischer. 599-606 [doi]
- Optimal sequencing of individually rational contractsPartha Sarathi Dutta, Sandip Sen. 607-612 [doi]
- Decision procedures for multiple auctionsAndrew Byde, Chris Preist, Nicholas R. Jennings. 613-620 [doi]
- Toward interactive humanoid robots: a constructive approach to developing intelligent robotsHiroshi Ishiguro. 621-622 [doi]
- Core specification and experiments in DIET: a decentralised ecosystem-inspired mobile agent systemCefn Hoile, Fang Wang, Erwin Bonsma, Paul Marrow. 623-630 [doi]
- ACQUIRE: agent-based complex query and information retrieval engineSubrata Kumar Das, Kurt Shuster, Curt Wu. 631-638 [doi]
- An optimal location update and searching algorithm for tracking mobile agentTieyan Li, Kwok-Yan Lam. 639-646 [doi]
- Just-in-time information sharing architectures in multiagent systemsJonathan Carter, Ali A. Ghorbani, Stephen Marsh. 647-654 [doi]
- Detecting anomalous agents in mobile agent system: a preliminary approachTieyan Li, Kwok-Yan Lam. 655-656 [doi]
- On splitting BDI agentsXiaocong Fan. 657-658 [doi]
- An agent based framework for virtual medical devicesZeljko Obrenovic, Dusan Starcevic, Emil Jovanov, Vlada Radivojevic. 659-660 [doi]
- A knowledge-based methodology for designing robust multi-agent systemsMark Klein, Chrysanthos Dellarocas, Juan A. Rodríguez-Aguilar. 661 [doi]
- Autonomous mobile objects in CORBA-based distributed systemsArmin Stranjak, Igor Cavrak, Damir Kovacic, Mario Zagar. 662-663 [doi]
- Mobile agents point the WAY: context sensitive service delivery through mobile lightweight agentsT. D. Lowen, Gregory M. P. O Hare, P. T. O Hare. 664-665 [doi]
- Software agents to support mobile servicesZakaria Maamar, Wathiq Mansoor, Qusay H. Mahmoud. 666-667 [doi]
- BDI agents for game developmentArran Bartish, Charles Thevathayan. 668-669 [doi]
- A fault-tolerant open MASLaurent Vercouter. 670-671 [doi]
- A fault-tolerant multi-agent frameworkZahia Guessoum, Jean-Pierre Briot, S. Charpentier, Olivier Marin, Pierre Sens. 672-673 [doi]
- Constraining autonomy through normsFabiola López y López, Michael Luck, Mark d Inverno. 674-681 [doi]
- An approach to the analysis and design of multiagent systems based on interaction framesMichael Rovatsos, Gerhard Weiß, Marco Wolf. 682-689 [doi]
- No agent is an island: a framework for the study of inter-agent behaviorTrevor J. M. Bench-Capon, Paul E. Dunne. 690-691 [doi]
- Methodological principles in construction and observation of open computational systemsMartin Fredriksson, Rune Gustavsson. 692-693 [doi]
- Towards an organizational model for agent societies using contractsVirginia Dignum, John-Jules Ch. Meyer, Hans Weigand. 694-695 [doi]
- Skeleton-based agent development for electronic institutionsWamberto Weber Vasconcelos, Jordi Sabater, Carles Sierra, Joaquim Querol. 696-703 [doi]
- Extreme programming of multi-agent systemsHolger Knublauch. 704-711 [doi]
- Specifying agent observable behaviourMirko Viroli, Andrea Omicini. 712-720 [doi]
- ViP: a visual programming language for plan execution systemsDavid Kinny. 721-728 [doi]
- Towards robust teams with many agentsGal A. Kaminka, Michael H. Bowling. 729-736 [doi]
- Improving fault-tolerance by replicating agentsAlan Fedoruk, Ralph Deters. 737-744 [doi]
- MACE3J: fast flexible distributed simulation of large, large-grain multi-agent systemsLes Gasser, Kelvin Kakugawa. 745-752 [doi]
- Negotiating complex contractsMark Klein, Peyman Faratin, Hiroki Sayama, Yaneer Bar-Yam. 753-757 [doi]
- Embodied contextual agent in information delivering applicationCatherine Pelachaud, Valeria Carofiglio, Berardina De Carolis, Fiorella de Rosis, Isabella Poggi. 758-765 [doi]
- Embodied agents for multi-party dialogue in immersive virtual worldsDavid R. Traum, Jeff Rickel. 766-773 [doi]
- A problem solving model for collaborative agentsJames F. Allen, Nate Blaylock, George Ferguson. 774-781 [doi]
- A plug-in architecture for generating collaborative agent responsesCharles Rich, Neal Lesh, Andrew Garland, Jeff Rickel. 782-789 [doi]
- Multiple character-agents interface: an information integration platform where multiple agents and human user collaborateYasuhiko Kitamura, Hideki Tsujimoto, Teruhiro Yamada, Taizo Yamamoto. 790-791 [doi]
- DOrAM: real answers to real questionsTaras Mahlin, Jeffrey S. Rosenschein, Claudia V. Goldman. 792-793 [doi]
- Intelligent interface agents for a system to diagnose eye disordersYanguo Jing, Keith E. Brown, Nick Taylor. 794-795 [doi]
- Helping conversational agents to find informative responses: query expansion methods for chatterbotsMarcello L Abbate, Ulrich Thiel. 796-797 [doi]
- Modeling dialogues in multi-agent systemsNikos I. Karacapilidis, Pavlos Moraitis. 798-799 [doi]
- Users talk to their model trains: interaction with a speech-based multi-agent systemAlexander Huber, Bernd Ludwig. 800-801 [doi]
- RCal: a case study on semantic web agentsTerry R. Payne, Rahul Singh, Katia P. Sycara. 802-803 [doi]
- The AGILO autonomous robot soccer team: computational principles, experiences, and perspectivesMichael Beetz, Sebastian Buck, Robert Hanek, Thorsten Schmitt, Bernd Radig. 805-812 [doi]
- How to make a self-reconfigurable robot run813-820 [doi]
- Anticipating where to look: predicting the movements of mobile agents in complex terrainRandall W. Hill Jr., Youngjun Kim, Jonathan Gratch. 821-827 [doi]
- Real-time multi-target tracking by cooperative distributed active vision agentsNorimichi Ukita, Takashi Matsuyama. 829-838 [doi]
- Multiagent reactive plan application learning in dynamic environmentsHüseyin Sevay, Costas Tsatsoulis. 839-840 [doi]
- Reinforcement learning for landmark-based robot navigationDídac Busquets, Ramon López de Mántaras, Carles Sierra. 841-842 [doi]
- Coevolutive planning in markov decision processesBruno Scherrer, François Charpillet. 843-844 [doi]
- A multiagent reinforcement learning algorithm by dynamically merging markov decision processesMohammad Ghavamzadeh, Sridhar Mahadevan. 845-846 [doi]
- An agent enabling personalized learning in e-learning environmentsHongchi Shi, Spyridon Revithis, Su-Shing Chen. 847-848 [doi]
- The abc of rational agent modellingMichael Fisher, Chiara Ghidini. 849-856 [doi]
- Why the elf acted autonomously: towards a theory of adjustable autonomyPaul Scerri, David V. Pynadath, Milind Tambe. 857-864 [doi]
- A dynamic perspective on an agent s mental states and interaction with its environmentCatholijn M. Jonker, Jan Treur. 865-872 [doi]
- Multiagent teamwork: analyzing the optimality and complexity of key theories and modelsDavid V. Pynadath, Milind Tambe. 873-880 [doi]
- Ascribing beliefs to resource bounded agentsNatasha Alechina, Brian Logan. 881-888 [doi]
- Iterated belief change in multi-agent systemsJan-Willem Roorda, Wiebe van der Hoek, John-Jules Ch. Meyer. 889-896 [doi]
- Speculative computation with multi-agent belief revisionKen Satoh, Keiji Yamamoto. 897-904 [doi]
- What does it mean that an agent is performing a typical procedure? a formal definition in the situation calculusRobert Demolombe, Erwan Hamon. 905-911 [doi]
- Agents dealing with time and uncertaintyJürgen Dix, Sarit Kraus, V. S. Subrahmanian. 912-919 [doi]
- A logic of intention with cooperation principles and with assertive speech acts as communication primitivesAndreas Herzig, Dominique Longin. 920-927 [doi]
- Deduction systems for BDI logics using sequent calculusNaoyuki Nide, Shiro Takata. 928-935 [doi]
- Expressing systems capabilities for knowledge coordinationEudenia Xavier Meneses, Flávio S. Corrêa da Silva. 936-937 [doi]
- Agent negotiation as proof search in linear logicJames Harland, Michael Winikoff. 938-939 [doi]
- Coordinating the safe execution of tasks in a constrained multi-agent systemAnna Ciampolini, Paola Mello, Paolo Torroni, Evelina Lamma. 940-941 [doi]
- Fuzzy argumentation for negotiating agentsMichael Schroeder, Ralf Schweimeier. 942-943 [doi]
- Planning in a multi-agent environment: theory and practiceJürgen Dix, Héctor Muñoz-Avila, Dana S. Nau, Lingling Zhang. 944-945 [doi]
- The bit transmission problem revisitedAlessio Lomuscio, Marek J. Sergot. 946-947 [doi]
- Modular definition of agent-oriented languages using action semanticsLuis Carlos de Sousa Menezes, Geber Ramalho, Hermano Perrelli de Moura. 948-949 [doi]
- A logic for semi-public communication in multi-agent systemsLászló Aszalós, Andreas Herzig. 950-951 [doi]
- Model checking multi-agent systems with MABLEMichael Wooldridge, Michael Fisher, Marc-Philippe Huget, Simon Parsons. 952-959 [doi]
- Debugging multi-agent systems using design artifacts: the case of interaction protocolsDavid Poutakidis, Lin Padgham, Michael Winikoff. 960-967 [doi]
- An approach to conforming a MAS into a FIPA-compliant systemChristos Georgousopoulos, Omer F. Rana. 968-975 [doi]
- The computational complexity of boolean and stochastic agent design problemsPaul E. Dunne, Michael Wooldridge, Michael Laurence. 976-983 [doi]
- Interaction graphs for planning problem decompositionMark Iwen, Amol Dattatraya Mali. 984-985 [doi]
- An analysis of multi-agent diagnosisNico Roos, Annette ten Teije, André Bos, Cees Witteveen. 986-987 [doi]
- Distributed problem solving in sensor networksWeixiong Zhang, Zhidong Deng, Guandong Wang, Lars Wittenburg, Zhao Xing. 988-989 [doi]
- Using agents to reach an ontology consensusAndrew B. Williams, Todd A. Krygowski, George Thomas. 990-991 [doi]
- Kodama: towards a distributed web searchingTarek Helmy, Satoshi Amamiya, Makoto Amamiya. 992-993 [doi]
- IntelliShopper: a proactive, personal, private shopping assistantFilippo Menczer, W. Nick Street, Narayan Vishwakarma, Alvaro E. Monge, Markus Jakobsson. 1001-1008 [doi]
- How valuable are shopbots?Panos M. Markopoulos, Jeffrey O. Kephart. 1009-1016 [doi]
- Automating supply-chain managementMichael N. Huhns, Larry M. Stephens, Nenad Ivezic. 1017-1024 [doi]
- A multi-agent platform for a corporate semantic webFabien Gandon, Laurent Berthelot, Rose Dieng-Kuntz. 1025-1032 [doi]
- Risk management in natural gas supply chainWei Yang, Katia P. Sycara. 1033-1034 [doi]
- Bi-concurrent layered architecture for eCommerce agentsOnn Shehory, Maria Goldstein, Adi Shulman, Arnon Sturm, Boris Yurovitsky. 1035-1036 [doi]
- Semantic resolution for e-commerceYun Peng, Youyong Zou, Xiaocheng Luan, Nenad Ivezic, Michael Grüninger, Albert Jones. 1037-1038 [doi]
- CoMMA: a multi-agent system for corporate memory managementFederico Bergenti, Agostino Poggi, Giovanni Rimassa, Paola Turci. 1039-1040 [doi]
- Conflict management for agent guidanceKaren L. Myers, David N. Morley. 1041-1042 [doi]
- Agents supporting humans and organizations in open, dynamic environmentsKatia P. Sycara. 1043 [doi]
- ISLANDER: an electronic institutions editorMarc Esteva, David de la Cruz, Carles Sierra. 1045-1052 [doi]
- Animated specifications of computational societiesAlexander Artikis, Jeremy Pitt, Marek J. Sergot. 1053-1061 [doi]
- Satisficing coalition formation among agentsLeen-Kiat Soh, Costas Tsatsoulis. 1062-1063 [doi]
- Engineering agent societies: a case study in smart environmentsAlessandro Ricci, Andrea Omicini, Enrico Denti. 1064-1065 [doi]
- Designing agent collectives for systems with Markovian dynamicsDavid Wolpert, John W. Lawson. 1066-1073 [doi]
- A multi-agent method for forming and dynamic restructuring of pareto optimal coalitionsPhilippe Caillou, Samir Aknine, Suzanne Pinson. 1074-1081 [doi]
- Non-cooperative dynamics of multi-agent teamsRobert L. Axtell. 1082-1089 [doi]
- Efficiency and robustness of threshold-based distributed allocation algorithms in multi-agent systemsWilliam Agassounon, Alcherio Martinoli. 1090-1097 [doi]
- Multi-agent policies: from centralized ones to decentralized onesPing Xuan, Victor R. Lesser. 1098-1105 [doi]
- Learning to select a coordination mechanismCora B. Excelente-Toledo, Nicholas R. Jennings. 1106-1113 [doi]
- The evolution and stability of cooperative traitsSandip Sen, Partha Sarathi Dutta. 1114-1120 [doi]
- Learning and decision: making for intention reconciliationSanmay Das, Barbara J. Grosz, Avi Pfeffer. 1121-1128 [doi]
- Vowels co-ordination modelJoao Luis T. da Silva, Yves Demazeau. 1129-1136 [doi]
- A multi-agent system for collaborative bookmarkingRushed Kanawati, Maria Malek. 1137-1138 [doi]
- The mediation algorithm for real time negotiationTimothy W. Rauenbusch. 1139-1140 [doi]
- Evolution of collective commitment during reconfigurationBarbara Dunin-Keplicz, Rineke Verbrugge. 1141-1142 [doi]
- An architecture to implement agents co-operating in dynamic environmentsAndrea Bonarini, Marcello Restelli. 1143-1144 [doi]
- Towards any-team coaching in adversarial domainsPatrick Riley, Manuela M. Veloso, Gal A. Kaminka. 1145-1146 [doi]
- Hierarchical organizations for real-time large-scale task and team environmentsOsher Yadgar, Sarit Kraus, Charles L. Ortiz Jr.. 1147-1148 [doi]
- An agent architecture for long-term robustnessJohn R. Rose, Michael N. Huhns, Soumik Sinha Roy, William H. Turkett. 1149-1156 [doi]
- An analysis of agent speech acts as institutional actionsMarco Colombetti, Mario Verdicchio. 1157-1164 [doi]
- Intentions: choice first, commitment followsGuido Boella. 1165-1166 [doi]
- Tractable multiagent planning for epistemic goalsWiebe van der Hoek, Michael Wooldridge. 1167-1174 [doi]
- Collective perception in massive, open, and heterogeneous multi-agent environmentYiming Ye, Stephen J. Boies, Jiming Liu, Xun Yi. 1175-1182 [doi]
- Dealing with space in multi--agent systems: a model for situated MASStefania Bandini, Sara Manzoni, Carla Simone. 1183-1190 [doi]
- A scalable, distributed algorithm for efficient task allocationPedro V. Sander, Denis Peleshchuk, Barbara J. Grosz. 1191-1198 [doi]
- Local search for distributed SAT with complex local problemsKatsutoshi Hirayama, Makoto Yokoo. 1199-1206 [doi]
- Multi-linked negotiation in multi-agent systemsXiaoqin Zhang, Victor R. Lesser. 1207-1214 [doi]
- Structured negotiationCharles L. Ortiz Jr., Eric Hsu. 1215-1222 [doi]
- A study on the termination of negotiation dialoguesPaolo Torroni. 1223-1230 [doi]
- Learning and exploiting context in agentsBruce Edmonds. 1231-1238 [doi]
- Experience generalization for concurrent reinforcement learners: the minimax-QS algorithmCarlos H. C. Ribeiro, Renê Pegoraro, Anna Helena Reali Costa. 1239-1245 [doi]
- Being the new guy in an experienced team: enhancing training on the jobJörg Denzinger, Sean Ennis. 1246-1253 [doi]
- Modeling and design monitor agent using layered control architectureTang Chao, Feng Shan, Simon X. Yang. 1254-1259 [doi]
- LEAF: a FIPA compliant software toolkit for learning based MASSteven J. Lynden, Omer F. Rana. 1260-1261 [doi]
- Construction of a learning agent handling its rewards according to environmental situationsKoichi Moriyama, Masayuki Numao. 1262-1263 [doi]
- Learning to weigh basic behaviors in scalable agentsOlivier Buffet, Alain Dutech, François Charpillet. 1264-1265 [doi]
- An architecture of active agent repository for dynamic networkingTakahiro Uchiya, Takuo Suganuma, Tetsuo Kinoshita, Norio Shiratori. 1266-1267 [doi]
- Emergence of agent-based referral networksBin Yu, Munindar P. Singh. 1268-1269 [doi]
- Evolutionary programming in SADDECarles Sierra, Jordi Sabater, Jaume Agustí-Cullell, Pere Garcia. 1270-1271 [doi]
- I-Gaia: an information processing layer for the DIET platformAscensión Gallardo-Antolín, Angel Navia-Vázquez, H. Y. Molina-Bulla, A. B. Rodríguez-González, Francisco J. Valverde-Albacete, Jesús Cid-Sueiro, Aníbal R. Figueiras-Vidal, T. Koutris, C. Xirouhaki, Manolis Koubarakis. 1272-1279 [doi]
- Channeled multicast for group communicationsPaolo Busetta, Antonia Donà, Michele Nori. 1280-1287 [doi]
- Agent-based transactions into decentralised P2PLoris Penserini, Maurizio Panti, Luca Spalazzi. 1288-1289 [doi]
- The impact of infocenters on e-marketplacesItai Yarom, Jeffrey S. Rosenschein, Claudia V. Goldman. 1290-1291 [doi]
- Defining like-minded agents with the aid of visualizationPenny Noy, Michael Schroeder. 1292-1293 [doi]
- AgentSpeak(XL): efficient intention selection in BDI agents via decision-theoretic task schedulingRafael H. Bordini, Ana L. C. Bazzan, Rafael de Oliveira Jannone, Daniel M. Basso, Rosa Maria Vicari, Victor R. Lesser. 1294-1302 [doi]
- Task selection problem under uncertainty as decision-makingHossam Hanna, Abdel-Illah Mouaddib. 1303-1308 [doi]
- Automatic orchestration of behaviours through the management of resources and priority levelsFabrice Lamarche, Stéphane Donikian. 1309-1316 [doi]
- Agent preference relations: strict, indifferent and incomparablePeyman Faratin, Bartel Van de Walle. 1317-1324 [doi]
- Satisficing strategies for resource-limited policy search in dynamic environmentsDmitri A. Dolgov, Edmund H. Durfee. 1325-1332 [doi]
- Self-organising communities formed by middle agentsFang Wang. 1333-1339 [doi]
- An improvement to matchmaking algorithms for middle agentsZili Zhang, Chengqi Zhang. 1340-1347 [doi]
- Supporting nomadic agent-based applications in the FIPA agent architectureMikko Laukkanen, Heikki Helin, Heimo Laamanen. 1348-1355 [doi]
- Object persistence for synthetic creaturesDamian A. Isla, Bruce Blumberg. 1356-1363 [doi]
- The COSIMA prototype for multi-objective bargainingStefan Fischer 0003, Werner Kießling, Stefan Holland, Michael Fleder. 1364-1371 [doi]
- Learning domain knowledge for teaching procedural skillsRichard Angros, W. Lewis Johnson, Jeff Rickel, Andrew Scholer. 1372-1378 [doi]
- Development of a cognitive model of humans in a multi-agent framework for human-robot interactionKazuhiko Kawamura, Tamara E. Rogers, Xinyu Ao. 1379-1386 [doi]
- Proposal of a script language for embodied conversational agents as asynchronous conversational mediaToru Takahashi, Hideaki Takeda. 1387-1388 [doi]
- Perceptually driven cognitive mapping of urban environmentsRandall W. Hill Jr., Changhee Han, Michael van Lent. 1389-1390 [doi]
- Data-driven generation of simulated soccer behaviorsDavid C. Brogan, Yannick Loitière. 1391-1392 [doi]
- A distributed surveillance task using miniature robotsPaul E. Rybski, Maria L. Gini, Dean F. Hougen, Sascha Stoeter, Nikolaos Papanikolopoulos. 1393-1394 [doi]
- Segmentation of environments using hidden Markov modeling of other agentsItsuki Noda. 1395-1396 [doi]
- Self-organized autonomous web proxiesMarkus J. Kaiser, Kwok Ching Tsui, Jiming Liu. 1397-1404 [doi]
- Intelligent agents for QoS managementKrunoslav Trzec, Darko Huljenic. 1405-1412 [doi]
- Self-stabilization as multiagent systems propertyPetra Funk, Ingo Zinnikus. 1413-1414 [doi]
- Towards bringing heterogeneous agents to cooperation: an architecture for multimedia servicesRomaric Charton, Anne Boyer, François Charpillet. 1415-1416 [doi]
- A multi-agent system architecture for active networksM. Mostagir, Keith Decker. 1417-1418 [doi]
- Application of a distributed data mining approach to network intrusion detectionJerzy W. Bala, Sung Baik, Ali Hadjarian, B. K. Gogia, Chris Manthorne. 1419-1420 [doi]