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115 sites in People |
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Florida International University. Emotional intelligence, computational models of emotions and affective processes, affective computing.
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MIT Media Laboratory. Philosophically motivated AI, commonsense reasoning, aesthetics and AI, assistive software agents, lexical semantics, story understanding.
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University of Sussex. Natural language parsing, acquisition of lexical information from text, automatic generation of text from semantic representations.
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NASA/Ames Research Center. Brahms multiagent simulation system, situated cognition, Haughton-Mars Project, human-centered computing.
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Princeton University. Statistical (Bayesian) elements of graph theory. Data analysis of complex and dynamic networks in the social and biological sciences. Overview of publications and activities.
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University of Amsterdam. Applications of geometric (Clifford) algebra, exploration, reasoning with uncertainty in robotics.
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Kingston University. Senior lecturer and member of the Digital Imaging Research Centre. Research in 3D pose recovery, motion analysis and multi-camera tracking.
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CRIP5 - Paris 5 Laboratory. Multi-agent systems, planning and scheduling, distributed problem solving, cooperative robotics.
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University of Quebec at Montreal. Learning objects, cognitive modelling, virtual learning environments and intelligent tutoring systems.
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University of Washington (Educational Psychology/Learning Sciences/LIFE Center). Human-robot attachment; robot-human interaction in stressful conditions, especially in dyad teamwork or collaborative situations.
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Universitat Politechnica de Catalunya, PhD student, machine learning, natural language processing.
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Geosemble Technologies. Computer vision, image processing, pattern recognition, geospatial information integration.
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Universität des Saarlandes. Multimodal and perceptive user interfaces, user modeling, ambient intelligence, embodied conversational agents, smart navigation systems, semantic web services, and resource-adaptive cognitive technologies, VERMOBIL.
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Australian National University. Legal expert systems.
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University of Sussex. Daisyworld, gaia, mep, artificial life, theoretical biology, robotics and evolutionary theory.
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European Space Agency. Agile systems, temporal planning.
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University of Minnesota. Computer science and economics, multiagent systems, automated negotiation and contracting.
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University of Bahrain. Multimedia adaptable intelligent tutoring systems, student modeling, cognitive style.
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Szczecin Technical University (Poland). Machine learning and knowledge (data) mining, optimal (kalman) filtering, expert and decision support systems.
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Computer Scientist and Software Developer. Research interests: Automated Reasoning, Theorem Prover Vampire, Semantic Technologies, Semantic Web, Natural Language Processing.
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Has a degree from Swiss Federal Institutue of Technology, but now holds a postdoc position at Cork Constraint Computation Centre, Ireland. Research interests include constraint satisfaction.
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University of Minnesota. Computer-mediated communication, social data mining, computer-supported cooperative work, recommender system.
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Department of Computer Science and Technology, Tsinghua University, Maryland University, machine learning, data mining. Ph.D. student.
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Kavli Institute of Nanoscience, Delft University of Technology. Advanced research and development inititiates at the confluence of quantum mechanics and information science: superconducting quantum computing, superposed adaptive quantum networks.
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School of Computer Science and Informatics, University College Dublin. Automated information extraction using convergent boundary classification, machine learning for automatic genre classification, active learning for information extraction.
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Researcher in multi-agent planning at Delft University of Technology. Tutorial on multi-agent planning, list of own publications and publications related to distributed AI.
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Memetic algorithms for multiobjective optimization.
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Carnegie Mellon. Euclidean, differential or algebraic geometrical intuitions underlying statistical models and algorithms. Discrete mathematics and sequential models. Applications to textual data, biological sequences, communication networks and privacy.
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Carnegie Mellon University. Speech recognition, CMU Communicator, dialog systems, speech agents.
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Carnegie Mellon School of Computer Science. Phd Student. Intersection of computer science and game theory, computer science and economics, multiagent systems, automated negotiation and contracting.
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University of Wisconsin Oshkosh. Heuristic search, planning and re-planning, reinforcement learning.
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University of Colorado, Boulder. Empirical metaphor research, latent semantic analysis, information retrieval, co-author of "Speech and Language Processing" with Dan Jurafsky.
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Creator/Founder BotSpot.com, Executive Director Virtual Private Library
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Interactive Information Group, National Research Council of Canada. Machine learning applied to natural language processing, lexical semantics from web mining, artificial life.
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ENEA. Evolutionary algorithms, fuzzy logic based systems, evolutionary neural networks. Application to financial and energy industrial problems.
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University of Potsdam. Abductive Inference Model, Hindi sentence processing, wide-coverage theories of sentence processing.
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Harvard Medical School. Systems Biology. Baysian information extraction, reinforcement learning, text summarization.
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University of North Carolina at Wilmington. Natural language processing, spoken dialog systems, conversational agents, affective computing.
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Dutch Center for Computer Science. Agents and virtual markets, automated negotiation and auctions, machine learning in stock market prediction.
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Pennsylvania State University. Web information retrival, web usage mining, search engines, semantic web.
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iKuni, Inc. Game AI, machine learning, and knowledge representation.
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Technical University of Cluj. Image processing, stereovision, intelligent vehicles.
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University of Wisconsin - Park. Natural language processing, interactive discourse, text planning, intelligent tutoring systems.
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TZI, University of Bremen. Knowledge representation and processing for the Semantic Web and multiagent systems in dynamic and real time environments.
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University of North Carolina at Wilmington. Classification of sonar returns, fingerprint matching, image compression, and constraint satisfaction.
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The Flinders University of South Australia. Natural language learning, unsupervised learning, data mining, home automation, web search.
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Yahoo! Research Labs. Electronic commerce, internet statistics, uncertain reasoning, decision theory, market approaches to group coordination, multiagent systems.
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Purdue University. National Science Foundation. Integrating natural language and speech processing, prosodic analysis, statistical parsing, gesture and speech.
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University of Manchester. Machine learning, knowledge management, data visualization, artificial intelligence and neural networks.
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Oxford. Robotics Research Group. Machine learning, Bayesian learning, data-driven inference, signal and image processing, bioinformatics, computational and mathematical biology.
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Stanford University. Question answering systems, machine learning, probabilistic models, robotics.
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University of Central Florida. Partial parsing, natural language information retrieval systems, learning WordNet-based classification rules.
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Federal University of Minas Gerais (UFMG), Brazil. Pattern recognition, invariante pattern recognition, neural networks, image content-base retrieval, digital image processing, computer vision.
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Stanford University. Extempo Systems. Intelligent interactive characters, interactive story telling, adaptive intelligent agents.
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North Carolina State University. Intellimedia initiative, animated pedagogical agents, 3D learning environments, natural language generation.
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University of Delaware. Rehabilitation engineering, writing tool for American Sign Language, natural language generation, text summarization, graph summarization.
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University of North Carolina at Greensboro. Intelligent multimdedia presentation systems, argumentation models, automatic generation of textual summaries of graphs, interactive narrative, conversation agents, user modeling.
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DePaul University. Affective reasoning, synthetic characters, animated tutoring agents, emotion representation.
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University of British Columbia. User modeling, emotionally intelligent agents, adaptive user interfaces, Bayesian network student models.
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University of Arizona. Document analysis, biometrics, image retrieval, autonomic computing.
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Erciyes University. Artificial neural networks, speech processing, digital signal processing, speaker recognition, image processing.
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Institute of Computer Science and Social Research. Psycholinguistics, sentence comprehension, cognitive parsing, ACT-R.
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Universität des Saarlandes. ACT-R cognitive modeling.
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Post-doctoral researcher at the Cork Constraint Computation Centre (4C). Working on multiagent planning methods as well as scheduling for manufacturing.
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East Carolina University. Spoken natural language dialog systems, dialog repairs, mixed-initiative, adaptive user interfaces.
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University of Sheffield. Information retrieval.
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University of Waterloo. Constraint programming, compiler optimization, and scheduling.
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University of Karlsruhe, AIFB. Text, data and web mining especially in text clustering, semantic web mining, knowledge management.
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Intigma India. Data mining, natural language processing, data mining, neural networks, image processing.
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QinetiQ. Reinforcement learning and image target tracking.
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Ohio University. School of Electrical Engineering and Computer Science. Medical image analysis, computer vision.
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Albert-Ludwigs-University Freiburg, Germany, On-line handwriting recognition.
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University of Zaragoza. Ph.D. student. Mobile agents, intelligent user interfaces, adaptive user interfaces, mobile applications.
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University of Twente. Interaction models in (spoken) dialogue systems, specification techniques and multimodal systems and virtual environments, multiagent virtual environments.
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Stanford University. Statistical NLP, text mining, Co-author of "Foundations of Statistical Natural Language Processing" with Christopher Manning.
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University of Colorado, Boulder. Latent semantic analysis, stochastic context-free grammars, pronunciation modeling, discourse tagging, bayesian models of sentence processing, co-author of "Speech and Language Processing" with James H. Martin.
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MIT Media Lab. Gesture and narrative language, animated agents, intonation, facial expression, computer vision.
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Rutgers. Planning under uncertainty, markov decision processes, reinforcement learning, latent semantic indexing, text retrieval.
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Microsoft Research. Decision theory, reasoning systems, user modeling, reasoning under uncertainty.
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University of Texas at El Paso. Acknowledgments in human-computer interaction, multimodal interfaces, speech acts.
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University of Texas at El Paso. Department of Computer Science Chair. Spoken dialog models, mediated communication, user interface development methodologies.
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MIT Laboratory for Computer Science. Phonological modelling, auditory modelling, computer speech recognition, statistical language modelling, natural language understanding and generation, discourse and dialogue modelling, and prosodic analysis.
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University of Illinois at Chicago. Interpretation and generation of instructional text, computational models of tutorial dialogue, modeling collaboration in human-human and computer-human dialogues, referential expressions.
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USC Instititue for Creative Technology. Discourse structure. Grounding in discourse. Dialog and virtual reality agents.
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University of Wisconsin-Milwaukee. Dialog theory, natural language generation, argumentation theory, intelligent tutoring systems.
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University of Delaware. Department of Computer and Information Sciences Chair. Computational linguistics, dialog systems, machine learning, planning and plan recognition, medical informatics, user modeling.
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Northwestern University. Qualitative physics, spatial reasoning, cognitive simulation of analogical processing.
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University of Liverpool. Computational models of natural argument, affective natural language generation, conflict resolution.
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Tufts University. Human-computer interaction, tangible user interfaces, virtual environments, eye-gaze tracking.
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Duke University. Computational linguistics, automatic programming and inference.
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Albert-Ludwigs-Universität, Freiburg, Germany. Professor. Knowledge representation, planning, and robotics, with an emphasis on robotic soccer.
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Beijing University of Aeronautics and Astronautics. Design and analysis of algorithms, phase transitions, logic programming, data mining.
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College of Economics and Computer Science, Olsztyn, Poland. Unmanned aerial vehicles. Autonomous systems.
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ENSEEIHT, France, Computer Science engineer, Artificial Intelligence (dialogue simulation, speech acts, PROLOG), Python, lexical and syntactic parsing.
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University of Rochester. Natural language understanding, discourse, knowledge representation, common-sense reasoning and planning.
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Brown University. Part-of-speech tagging, probabilistic context-free grammar induction, syntactic disambiguation through word statistics, efficient syntactic parsing, and lexical resource acquisition through statistical means.
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LiveWire Logic, Inc. Empirical methods of natural language processing, case-based reasoning, AI and law, ecological and environmental applications of AI.
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C.V., list of awards, publications, memberships, projects, and conferences. Interests in neural networks.
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University of British Columbia. Preference elicitation, dynamic constraint optimization, satisfiability problems in propositional logic, computational musicology.
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Head of the mobile robotics lab at Orebro University, Sweden. Research area: integration of cognition and physical embedding in autonomous robots.
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Carnegie Mellon University. Interests include machine learning, approximation algorithms, on-line algorithms and planning systems. Online publications and talks.
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University of Toronto. Planning systems, temporal logic, constraint satisfaction problems and formal models.
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Phd student at Istituto per la Ricerca Scientifica e Tecnologica (IRST) in Italy.
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Università di Firenze. Machine learning for sequential and structured data, bioinformatics, text and natural language, pattern recognition.
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professor of Artificial Intelligence at the Vrije Universiteit in Amsterdam. Research interests include multi-agent systems, compositional modelling, temporal semantics, common sense and nonmonotonic reasoning.
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University of Calgary. Emergent computing in biological networks, collective intelligence, swarm intelligence, genetic algorihms, genome programming.
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Research on belief functions, clustering, neural networks, fusion. Defense Research Establishment.
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Includes work in logic, planning, and robotics, also known for his blunt public appraisals of the state of AI research. Interviewed in Crossroads, the student magazine of the ACM.
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Bilkent University. Machine learning, data mining, and computer-aided language learning.
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Artificial Intelligence, natural language, Lisp and Java in AI. Computational Sciences Division, NASA Ames Research Center.
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Bayesian inference, variational methods, graphical models, nonparametric Bayes.
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Speech processing, auditory scene analysis, machine learning.
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Graphical models, learning in high dimensions, tree networks.
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Constructive learning, computational learning theory, spatial learning, cognitive modelling, incremental learning.
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Creator of the neural-network based Creativity Machine. Thaler has proposed it as a model of consciousness in which a neural network manifests what he calls a stream of consciousness while a second network filters the outputs from the first network. Thaler claims that these immense neural network cascades are capable of human level invention, discovery, and artistic creativity. Holds patents in the areas of neural networks, optimization, and the construction of sentient machines.
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