Table of Contents

• On reduced time fault tolerant paths for multiple UAVs covering a hostile terrainRahul Sawhney, K. Madhava Krishna, Kannan Srinathan, Mahesh Mohan. 1171-1174 [doi]
• Protoswarm: a language for programming multi-robot systems using the amorphous medium abstractionJonathan Bachrach, James McLurkin, Anthony Grue. 1175-1178 [doi]
• A scalable and distributed model for self-organization and self-healingMichael Rubenstein, Wei-Min Shen. 1179-1182 [doi]
• Teaching multi-robot coordination using demonstration of communication and state sharingSonia Chernova, Manuela M. Veloso. 1183-1186 [doi]
• Modelling, analysis and execution of multi-robot tasks using petri netsHugo Costelha, Pedro U. Lima. 1187-1190 [doi]
• Coalition game-based distributed coverage of unknown environments by robot swarmsKe Cheng, Prithviraj Dasgupta. 1191-1194 [doi]
• Decentralized coordination of automated guided vehiclesDavid Herrero Pérez, Humberto Martínez Barberá. 1195-1198 [doi]
• Robust team-play in highly uncertain environmentsHenry Work, Eric Chown, Tucker Hermans, Jesse Butterfield. 1199-1202 [doi]
• A coordination mechanism for swarm navigation: experiments and analysisLeandro Soriano Marcolino, Luiz Chaimowicz. 1203-1206 [doi]
• openSDK: an open-source implementation of OPEN-RNuno P. Lopes, Pedro U. Lima. 1207-1210 [doi]
• Multi-robot Markov random fieldsJesse Butterfield, Odest Chadwicke Jenkins, Brian P. Gerkey. 1211-1214 [doi]
• Creating crowd variation with the OCEAN personality modelFunda Durupinar, Jan M. Allbeck, Nuria Pelechano, Norman I. Badler. 1217-1220 [doi]
• Influence of social relationships on multiagent persuasionKatsunori Kadowaki, Kazuki Kobayashi, Yasuhiko Kitamura. 1221-1224 [doi]
• What should the agent know?: the challenge of capturing human knowledgeEmma Norling. 1225-1228 [doi]
• iCat: an affective game buddy based on anticipatory mechanismsIolanda Leite, Carlos Martinho, André Pereira, Ana Paiva. 1229-1232 [doi]
• If I were you: double appraisal in affective agentsRuth Aylett, Sandy Louchart. 1233-1236 [doi]
• User s gestural exploration of different virtual agents expressive profilesMatthieu Courgeon, Jean-Claude Martin, Christian Jacquemin. 1237-1240 [doi]
• Negotiating task interruptions with virtual agents for health behavior changeTimothy W. Bickmore, Daniel Mauer, Francisco Crespo, Thomas Brown. 1241-1244 [doi]
• The senior companion multiagent dialogue systemHugo Pinto, Yorick Wilks, Roberta Catizone, Alexiei Dingli. 1245-1248 [doi]
• Dancing the night away: controlling a virtual karaoke dancer by multimodal expressive cuesMatthias Rehm, Thurid Vogt, Michael Wissner, Nikolaus Bee. 1249-1252 [doi]
• iCat, the chess player: the influence of embodiment in the enjoyment of a gameAndré Pereira, Carlos Martinho, Iolanda Leite, Ana Paiva. 1253-1256 [doi]
• Learning to interact: connecting perception with action in virtual environmentsPedro Sequeira, Ana Paiva. 1257-1260 [doi]
• The intensity of perceived emotions in 3D virtual humansAhmad S. Shaarani, Daniela M. Romano. 1261-1264 [doi]
• Conviviality masks in multiagent systemsPatrice Caire, Serena Villata, Guido Boella, Leendert van der Torre. 1265-1268 [doi]
• So tell me what happened: turning agent-based interactive drama into comicsTiago Alves, Ana Simões, Rui Figueiredo, Marco Vala, Ana Paiva, Ruth Aylett. 1269-1272 [doi]
• Methods for complex single-mind architecture designsKristinn R. Thórisson, Gudny Ragna Jonsdottir, Eric Nivel. 1273-1276 [doi]
• The intermediary agent s brain: supporting learning to collaborate at the inter-personal levelJuan Martínez-Miranda, Bernhard Jung, Sabine Payr, Paolo Petta. 1277-1280 [doi]
• A companion ECA with planning and activity modellingMarc Cavazza, Cameron Smith, Daniel Charlton, Li Zhang, Markku Turunen, Jaakko Hakulinen. 1281-1284 [doi]
• Emotional reading of medical texts using conversational agentsGersende Georg, Catherine Pelachaud, Marc Cavazza. 1285-1288 [doi]
• Individual differences in expressive response: a challenge for ECA designNing Wang, Stacy Marsella, Tim Hawkins. 1289-1292 [doi]
• Another look at search-based drama managementMark J. Nelson, Michael Mateas. 1293-1298 [doi]
• On the importance of migration for fairness in online grid marketsLior Amar, Ahuva Mu alem, Jochen Stößer. 1299-1302 [doi]
• A flexible framework for verifying agent programsLouise A. Dennis, Berndt Farwer, Rafael H. Bordini, Michael Fisher. 1303-1306 [doi]
• Structure in threes: modelling organization-oriented software architectures built upon multi-agent systemsMatthias Wester-Ebbinghaus, Daniel Moldt. 1307-1310 [doi]
• Engineering large-scale distributed auctionsPeter Gradwell, Michel Oey, Reinier Timmer, Frances M. T. Brazier, Julian A. Padget. 1311-1314 [doi]
• Ontology-based test generation for multiagent systemsDuy Cu Nguyen, Anna Perini, Paolo Tonella. 1315-1320 [doi]
• Non-linear dynamics in multiagent reinforcement learning algorithmsSherief Abdallah, Victor R. Lesser. 1321-1324 [doi]
• Expediting RL by using graphical structuresPeng Dai, Alexander L. Strehl, Judy Goldsmith. 1325-1328 [doi]
• Transfer of task representation in reinforcement learning using policy-based proto-value functionsEliseo Ferrante, Alessandro Lazaric, Marcello Restelli. 1329-1332 [doi]
• Reinforcement learning for DEC-MDPs with changing action sets and partially ordered dependenciesThomas Gabel, Martin A. Riedmiller. 1333-1336 [doi]
• Using adaptive consultation of experts to improve convergence rates in multiagent learningGreg Hines, Kate Larson. 1337-1340 [doi]
• A new perspective to the keepaway soccer: the takersAtil Iscen, Umut Erogul. 1341-1344 [doi]
• On the usefulness of opponent modeling: the Kuhn Poker case studyAlessandro Lazaric, Mario Quaresimale, Marcello Restelli. 1345-1348 [doi]
• Graph Laplacian based transfer learning in reinforcement learningYi-Ting Tsao, Ke-Ting Xiao, Von-Wun Soo. 1349-1352 [doi]
• Autonomous agent learning using an actor-critic algorithm and behavior modelsVictor Uc Cetina. 1353-1356 [doi]
• Teaching sequential tasks with repetition through demonstrationHarini Veeraraghavan, Manuela M. Veloso. 1357-1360 [doi]
• Adaptive Kanerva-based function approximation for multi-agent systemsCheng Wu, Waleed Meleis. 1361-1364 [doi]
• Efficient multi-agent reinforcement learning through automated supervisionChongjie Zhang, Sherief Abdallah, Victor R. Lesser. 1365-1370 [doi]
• Continual collaborative planning for mixed-initiative action and interactionMichael Brenner. 1371-1374 [doi]
• Supervision and diagnosis of joint actions in multi-agent plansRoberto Micalizio, Pietro Torasso. 1375-1378 [doi]
• Theoretical and experimental results on the goal-plan tree problemPatricia H. Shaw, Berndt Farwer, Rafael H. Bordini. 1379-1382 [doi]
• Robust and efficient plan recognition for dynamic multi-agent teamsGita Sukthankar, Katia P. Sycara. 1383-1388 [doi]
• Social reward shaping in the prisoner s dilemmaMonica Babes, Enrique Munoz de Cote, Michael L. Littman. 1389-1392 [doi]
• Mitigating catastrophic failure at intersections of autonomous vehiclesKurt M. Dresner, Peter Stone. 1393-1396 [doi]
• Multi-agent search using sensors with heterogeneous capabilitiesK. R. Guruprasad, Debasish Ghose. 1397-1400 [doi]
• A new approach to cooperative pathfindingM. Renee Jansen, Nathan R. Sturtevant. 1401-1404 [doi]
• Resource constrained distributed constraint optimization using resource constraint free pseudo-treeToshihiro Matsui, Marius Silaghi, Katsutoshi Hirayama, Makoto Yokoo, Hiroshi Matsuo. 1405-1408 [doi]
• Coordination of first responders under communication and resource constraintsRobert N. Lass, Joseph B. Kopena, Evan Sultanik, Duc N. Nguyen, Christopher Dugan, Pragnesh Jay Modi, William C. Regli. 1409-1412 [doi]
• Replacing the stop sign: unmanaged intersection control for autonomous vehiclesMark Van Middlesworth, Kurt M. Dresner, Peter Stone. 1413-1416 [doi]
• An improved dynamic programming algorithm for coalition structure generationTalal Rahwan, Nicholas R. Jennings. 1417-1420 [doi]
• Discovering tactical behavior patterns supported by topological structures in soccer agent domainsFernando Ramos, Huberto Ayanegui. 1421-1424 [doi]
• A best-first anytime algorithm for computing optimal coalition structuresChattrakul Sombattheera, Aditya Ghose. 1425-1428 [doi]
• RIAACT: a robust approach to adjustable autonomy for human-multiagent teamsNathan Schurr, Janusz Marecki, Milind Tambe. 1429-1432 [doi]
• Adaptive manager-side control policy in contract net protocol for massively multi-agent systemsToshiharu Sugawara, Satoshi Kurihara, Toshio Hirotsu, Kensuke Fukuda. 1433-1436 [doi]
• Towards bidirectional distributed matchmakingVictor Shafran, Gal A. Kaminka, Sarit Kraus, Claudia V. Goldman. 1437-1440 [doi]
• Designing human-computer multi-agent collaboration in productive multi-player gamesWenn-Chieh Tsai, Yuan-Hsiang Lee, Tsung-Hsiang Chang, Chien-Ju Ho, Jane Yung-jen Hsu. 1441-1444 [doi]
• Trading off solution cost for smaller runtime in DCOP search algorithmsWilliam Yeoh, Sven Koenig, Xiaoxun Sun. 1445-1448 [doi]
• Anytime local search for distributed constraint optimizationRoie Zivan. 1449-1452 [doi]
• Reasoning about agent execution strategiesNatasha Alechina, Brian Logan, Mehdi Dastani, John-Jules Ch. Meyer. 1455-1458 [doi]
• Negotiation by inductionChiaki Sakama. 1459-1462 [doi]
• Epistemic logic and explicit knowledge in distributed programmingAndreas Witzel, Jonathan A. Zvesper. 1463-1466 [doi]
• Identifying beneficial teammates using multi-dimensional trustJaesuk Ahn, Xin Sui, David DeAngelis, K. Suzanne Barber. 1469-1472 [doi]
• Simulating the effects of sanctioning for the emergence of cooperation in a public goods gameAna L. C. Bazzan, Silvio R. Dahmen, Alexandre Tavares Baraviera. 1473-1476 [doi]
• Learning task-specific trust decisionsIkpeme Erete, Erin Ferguson, Sandip Sen. 1477-1480 [doi]
• Specifying and enforcing norms in artificial institutionsNicoletta Fornara, Marco Colombetti. 1481-1484 [doi]
• An adaptive probabilistic trust model and its evaluationChung-Wei Hang, Yonghong Wang, Munindar P. Singh. 1485-1488 [doi]
• Extending virtual organizations to improve trust mechanismsRamón Hermoso, Roberto Centeno, Holger Billhardt, Sascha Ossowski. 1489-1492 [doi]
• Convergence at prominent agents: a non-flat synchronization model of situated multi-agentsJiuchuan Jiang, Yichuan Jiang. 1493-1496 [doi]
• How automated agents treat humans and other automated agents in situations of inequity: an experimental studyRon Katz, Sarit Kraus. 1497-1500 [doi]
• A distributed normative infrastructure for situated multi-agent organisationsFabio Y. Okuyama, Rafael H. Bordini, Antônio Carlos da Rocha Costa. 1501-1504 [doi]
• Modeling and managing collective cognitive convergenceH. Van Dyke Parunak, Theodore C. Belding, Rainer Hilscher, Sven Brueckner. 1505-1508 [doi]
• Determining the top-k nodes in social networks using the Shapley valueRamasuri Narayanam, Y. Narahari. 1509-1512 [doi]
• Simulating human behaviors in agent societiesAlicia Ruvinsky, Michael N. Huhns. 1513-1516 [doi]
• Do humans identify efficient strategies in structured peer-to-peer systems?Stephan Schosser, Klemens Böhm, Bodo Vogt. 1517-1520 [doi]
• Social norm emergence in virtual agent societiesBastin Tony Roy Savarimuthu, Maryam Purvis, Martin K. Purvis. 1521-1524 [doi]
• Searching and sharing information in networks of heterogeneous agentsGeorge A. Vouros. 1525-1528 [doi]
• Stable cooperation in changing environmentsColm O Riordan, Humphrey Sorensen. 1529-1532 [doi]
• Efficient approximate inference in distributed Bayesian networks for MAS-based sensor interpretationNorman Carver. 1535-1538 [doi]
• Synchronization protocols for reliable communication in fully distributed agent systemsHywel R. Dunn-Davies, Jim Cunningham, Shamimabi Paurobally. 1539-1542 [doi]
• A multi-agent based implementation of a Delphi processIván García-Magariño, Jorge J. Gómez-Sanz, José R. Pérez-Agüera. 1543-1546 [doi]
• Strategyproof deterministic lotteries under broadcast communicationAlon Altman, Moshe Tennenholtz. 1549-1552 [doi]
• Decommitment in multi-resource negotiationBo An, Victor R. Lesser, Kwang Mong Sim. 1553-1556 [doi]
• Incentives in effort gamesYoram Bachrach, Jeffrey S. Rosenschein. 1557-1560 [doi]
• Learn while you earn: two approaches to learning auction parameters in take-it-or-leave-it auctionsArchie C. Chapman, Alex Rogers, Nicholas R. Jennings. 1561-1564 [doi]
• Incorporating user utility into sponsored-search auctionsYagil Engel, David Maxwell Chickering. 1565-1568 [doi]
• Nonuniform briberyPiotr Faliszewski. 1569-1572 [doi]
• A preliminary result on a representative-based multi-round protocol for multi-issue negotiationsKatsuhide Fujita, Takayuki Ito, Mark Klein. 1573-1576 [doi]
• Approximating mixed Nash equilibria using smooth fictitious play in simultaneous auctionsEnrico H. Gerding, Zinovi Rabinovich, Andrew Byde, Edith Elkind, Nicholas R. Jennings. 1577-1580 [doi]
• Achieving efficient and equitable collaboration among selfish agents using spender-signed currencyGeert Jonker, Frank Dignum, John-Jules Ch. Meyer. 1581-1584 [doi]
• Optimized algorithms for multi-agent routingAkihiro Kishimoto, Nathan R. Sturtevant. 1585-1588 [doi]
• Evolutionary dynamics for designing multi-period auctionsTomas Klos, Gerrit Jan van Ahee. 1589-1592 [doi]
• Understanding how people design trading agents over timeEfrat Manisterski, Raz Lin, Sarit Kraus. 1593-1596 [doi]
• Approximate bidding algorithms for a distributed combinatorial auctionBenito Mendoza García, José M. Vidal. 1597-1600 [doi]
• Comparing winner determination algorithms for mixed multi-unit combinatorial auctionsBrammert Ottens, Ulle Endriss. 1601-1604 [doi]
• Asynchronous congestion gamesMichal Penn, Maria Polukarov, Moshe Tennenholtz. 1605-1608 [doi]
• Beyond quasi-linear utility: strategy/false-name-proof multi-unit auction protocolsYuko Sakurai, Yasumasa Saito, Atsushi Iwasaki, Makoto Yokoo. 1609-1612 [doi]
• Abstractions for model-checking game-theoretic properties of auctionsEmmanuel M. Tadjouddine, Frank Guerin, Wamberto Weber Vasconcelos. 1613-1616 [doi]
• Winner determination in combinatorial auctions with logic-based bidding languagesJoel Uckelman, Ulle Endriss. 1617-1620 [doi]
• Towards agents participating in realistic multi-unit sealed-bid auctionsIoannis A. Vetsikas, Nicholas R. Jennings. 1621-1624 [doi]
• Shared focus of attention for heterogeneous agentsJacob Beal. 1627-1630 [doi]
• Physical parameter optimization in swarms of ultra-low complexity agentsRyan Connaughton, Paul W. Schermerhorn, Matthias Scheutz. 1631-1634 [doi]
• An adaptive and customizable feedback system for VR-based training simulatorsMaite Lopez-Garate, Alberto Lozano-Rodero, Luis M. Matey. 1635-1638 [doi]
• An adaptive agent model for self-organizing MASCandelaria Sansores, Juan Pavón. 1639-1642 [doi]