User modeling 2003. 9th international conference, UM 2003, Johnstown, PA, USA, June 22--26, 2003. Proceedings (Q1418346)

The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 0982.68965). Indexed articles: \textit{Pazzani, Michael}, Adaptive interfaces for ubiquitous web access, 1 [Zbl 1039.68828] \textit{Picard, Rosalind}, Computers that recognize and respond to user emotion, 2 [Zbl 1039.68829] \textit{VanLehn, Kurt}, The advantages of explicitly representing problem spaces, 3 [Zbl 1039.68558] \textit{Cristea, Alexandra; Calvi, Licia}, The three layers of adaptation granularity, 4-14 [Zbl 1039.68560] \textit{Habieb-Mammar, Halima; Tarpin-Bernard, Franck; Prévôt, Patrick}, Adaptive presentation of multimedia interface case study: ``Brain story'' course, 15-24 [Zbl 1039.68815] \textit{Romero, Cristóbal; Ventura, Sebastián; de Bra, Paul; de Castro, Carlos}, Discovering prediction rules in AHA! courses, 25-34 [Zbl 1039.68832] \textit{Matsuo, Yutaka}, Word weighting based on user's browsing history, 35-44 [Zbl 1039.68824] \textit{Pirolli, Peter; Fu, Wai-Tat}, SNIF-ACT: A model of information foraging on the world wide web, 45-54 [Zbl 1039.68830] \textit{Ruvini, Jean-David}, Adapting to the user's internet search strategy, 55-64 [Zbl 1039.68833] \textit{Zhu, Tingshao; Greiner, Russ; Häubl, Gerald}, Learning a model of a web user's interests, 65-75 [Zbl 1039.68840] \textit{Alfonseca, Enrique; Rodríguez, Pilar}, Modelling users' interests and needs for an adaptive online information system, 76-80 [Zbl 1039.68803] \textit{Garlatti, Serge; Iksal, Sébastien}, Declarative specifications for adaptive hypermedia based on a semantic web approach, 81-85 [Zbl 1039.68813] \textit{Cavalluzzi, Addolorata; De Carolis, Berardina; Carofiglio, Valeria; Grassano, Giuseppe}, Emotional dialogs with an embodied agent, 86-95 [Zbl 1039.68763] \textit{Michaud, Lisa N.; McCoy, Kathleen F.}, Evaluating a model to disambiguate natural language parses on the basis of user language proficiency, 96-105 [Zbl 1039.68766] \textit{Zukerman, Ingrid; George, Sarah; George, Mark}, Incorporating a user model into an information theoretic framework for argument interpretation, 106-116 [Zbl 1039.68767] \textit{Dimitrova, Vania}, Using dialogue games to maintain diagnostic interactions, 117-121 [Zbl 1039.68764] \textit{Elzer, Stephanie; Green, Nancy; Carberry, Sandra; McCoy, Kathleen}, Extending plan inference techniques to recognize intentions in information graphics, 122-132 [Zbl 1039.68562] \textit{Introne, Joshua; Alterman, Richard}, Leveraging collaborative effort to infer intent, 133-137 [Zbl 1039.68568] \textit{Huber, Marcus J.; Simpson, Richard}, Plan recognition to aid the visually impaired, 138-142 [Zbl 1039.68566] \textit{Kobsa, Alfred; Fink, Josef}, Performance evaluation of user modeling servers under real-world workload conditions, 143-153 [Zbl 1039.68820] \textit{Weibelzahl, Stephan; Weber, Gerhard}, Evaluating the inference mechanism of adaptive learning systems, 154-162 [Zbl 1039.68581] \textit{Ortigosa, Alvaro; Carro, Rosa M.}, The continuous empirical evaluation approach: Evaluating adaptive web-based courses, 163-167 [Zbl 1039.68576] \textit{Kuflik, Tsvi; Shapira, Bracha; Elovici, Yuval; Maschiach, Adlai}, Privacy preservation improvement by learning optimal profile generation rate, 168-177 [Zbl 1039.68570] \textit{McNee, Sean M.; Lam, Shyong K.; Konstan, Joseph A.; Riedl, John}, Interfaces for eliciting new user preferences in recommender systems, 178-187 [Zbl 1039.68825] \textit{Slaney, Malcolm; Subrahmonia, Jayashree; Maglio, Paul}, Modeling multitasking users, 188-197 [Zbl 1039.68579] \textit{Uther, James; Kay, Judy}, VlUM, a web-based visualisation of large user models, 198-202 [Zbl 1039.68838] \textit{Hernandez, Felix; Gaudioso, Elena; Boticario, Jesus G.}, A multiagent approach to obtain open and flexible user models in adaptive learning communities, 203-207 [Zbl 1039.68565] \textit{Ikehara, Curtis S.; Chin, David N.; Crosby, Martha E.}, A model for integrating an adaptive information filter utilizing biosensor data to assess cognitive load, 208-212 [Zbl 1039.68567] \textit{Razmerita, Liana; Angehrn, Albert; Maedche, Alexander}, Ontology-based user modeling for knowledge management systems, 213-217 [Zbl 1039.68578] \textit{Bretzke, Helen; Vassileva, Julita}, Motivating cooperation on peer to peer networks, 218-227 [Zbl 1043.68653] \textit{Feinman, Alexander; Alterman, Richard}, Discourse analysis techniques for modeling group interaction, 228-237 [Zbl 1039.68563] \textit{Kudenko, Daniel; Bauer, Mathias; Dengler, Dietmar}, Group decision making through mediated discussions, 238-247 [Zbl 1039.68569] \textit{Wilson, Roy}, Modeling task-oriented discussion groups, 248-257 [Zbl 1039.68582] \textit{Masthoff, Judith}, Modeling the multiple people that are me, 258-262 [Zbl 1039.68574] \textit{McCreath, Eric; Kay, Judy}, Iems: Helping users manage email, 263-272 [Zbl 1039.68575] \textit{Tran, Thomas; Cohen, Robin}, Modelling reputation in agent-based marketplaces to improve the performance of buying agents, 273-282 [Zbl 1039.68580] \textit{Ardissono, Liliana; Goy, Anna; Holland, Matt; Petrone, Giovanna; Schäfer, Ralph}, Customising the interaction with configuration systems, 283-287 [Zbl 1039.68804] \textit{Bental, Diana; Cawsey, Alison; Pearson, Janne; Jones, Ray}, Does adapted information help patients with cancer?, 288-291 [Zbl 1039.68807] \textit{Santos, Eugene; Nguyen, Hien; Zhao, Qunhua; Pukinskis, Erik}, Empirical evaluation of adaptive user modeling in a medical information retrieval application, 292-296 [Zbl 1039.68834] \textit{Schmitt, Christian; Dengler, Dietmar; Bauer, Mathias}, Multivariate preference models and decision making with the MAUT machine, 297-302 [Zbl 1039.68835] \textit{Beck, Joseph E.; Jia, Peng; Sison, June; Mostow, Jack}, Predicting student help-request behavior in an intelligent tutor for reading, 303-312 [Zbl 1039.68806] \textit{Mitrovic, Antonija; Koedinger, Kenneth R.; Martin, Brent}, A comparative analysis of cognitive tutoring and constraint-based modeling, 313-322 [Zbl 1039.68826] \textit{Beck, Joseph E.; Jia, Peng; Mostow, Jack}, Assessing student proficiency in a reading tutor that listens, 323-327 [Zbl 1039.68805] \textit{Castillo, Gladys; Gama, João; Breda, Ana M.}, Adaptive Bayes for a student modeling prediction task based on learning styles, 328-332 [Zbl 1039.68810] \textit{Ritter, Steven; Blessing, Stephen; Wheeler, Leslie}, User modeling and problem-space representation in the tutor runtime engine, 333-336 [Zbl 1039.68831] \textit{Stathacopoulou, Regina; Grigoriadou, Maria; Magoulas, George D.; Mitropoulos, Denis}, A neuro-fuzzy approach in student modeling, 337-341 [Zbl 1039.68837] \textit{Linton, Frank; Goodman, Bradley; Gaimari, R.; Zarrella, J.; Ross, Helen}, Student modeling for an intelligent agent in a collaborative learning environment, 342-351 [Zbl 1039.68821] \textit{Stacey, K.; Sonenberg, E.; Nicholson, A.; Boneh, T.; Steinle, V.}, A teaching model exploiting cognitive conflict driven by a Bayesian network, 352-362 [Zbl 1039.68836] \textit{Goodman, Bradley; Hitzeman, Janet; Linton, Frank; Ross, Helen}, Towards intelligent agents for collaborative learning: Recognizing the roles of dialogue participants, 363-367 [Zbl 1039.68814] \textit{Jackson, Tanner; Mathews, Eric; Lin, King-Ip; Olney, Andrew; Graesser, Art}, Modeling student performance to enhance the pedagogy of AutoTutor, 368-372 [Zbl 1039.68818] \textit{Matsuda, Noboru; VanLehn, Kurt}, Modeling hinting strategies for geometry theorem proving, 373-377 [Zbl 1039.68823] \textit{Bernsen, Niels Ole}, User modelling in the car, 378-382 [Zbl 1039.68559] \textit{Bull, Susan}, User modelling and mobile learning, 383-387 [Zbl 1039.68808] \textit{De Carolis, Berardina; Pizzutilo, Sebastiano; Palmisano, Ignazio}, D-ME: Personal interaction in smart environments, 388-392 [Zbl 1039.68812] \textit{Heckmann, Dominik; Krueger, Antonio}, A user modeling markup language (UserML) for ubiquitous computing, 393-397 [Zbl 1039.68816] \textit{Niu, Xiaolin; McCalla, Gordon; Vassileva, Julita}, Purpose-based user modelling in a multi-agent portfolio management system, 398-402 [Zbl 1039.68827] \textit{Zimmermann, Andreas; Lorenz, Andreas; Specht, Marcus}, User modeling in adaptive audio-augmented museum environments, 403-407 [Zbl 1039.68841] \textit{Carmien, Stefan}, MAPS: Dynamic scaffolding for independence for persons with cognitive impairments, 408-410 [Zbl 1039.68809] \textit{Channarukul, Songsak}, Adaptations of multimodal content in dialog systems targeting heterogeneous devices, 411-413 [Zbl 1039.68811] \textit{Grimnes, Gunnar Astrand}, Learning knowledge rich user models from the semantic web, 414-416 [Zbl 1039.68564] \textit{Herder, Eelco}, Modeling user navigation, 417-419 [Zbl 1039.68817] \textit{Kelly, Diane}, A longitudinal, naturalistic study of information search \& use behavior as implicit feedback for user model construction \& maintenance, 420-422 [Zbl 1039.68819] \textit{Lippitsch, Stefan}, Facilitating the comprehension of online learning courses with adaptivity, 423-425 [Zbl 1039.68822] \textit{Lum, Andrew}, Scrutable user models in decentralised adaptive systems, 426-428 [Zbl 1039.68572] \textit{Martín-Guerrero, José D.}, A pseudo-supervised approach to improve a recommender based on collaborative filtering, 429-431 [Zbl 1039.68573] \textit{Willms, Swantje}, Visualizing a user model for educational adaptive information retrieval, 432-434 [Zbl 1039.68839]