Computers, Artificial Intelligence, People

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• - Centro de Ciências Exatas e Tecnologia. User modelling, cognitive models, multi-agent systems, emergence theory.
  
• - A list of home pages for people in machine learning and case-based reasoning.
  
• - University of Michigan AI Lab, Ph.D. student, machine learning, learning by observation, qualitative reasoning.
  
• - University of Edinburgh. Multimodal systems, natural language generation, information structure and salience, rhetorical analysis.
  
• - Chinese University of Hong Kong. Research interests are Genetic Algorithm and Artificial Intelligence.
  
• - TZI, University of Bremen. Knowledge representation and processing for the Semantic Web and multiagent systems in dynamic and real time environments.
  
• - Arizona State University. Knowledge representation, hypothesis generation, causal modelling in AI, bioinformatics.
  
• - University of Pittsburgh. Spoken dialogue for intelligent tutoring systems, reinforcement learning for optimizing spoken dialogue agents, prosodic analysis of misrecognitions and corrections, plan recognition.
  
• - Brazil. Artificial Intelligence (in Spanish).
  
• - 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.
  
• - Swiss Federal Institute of Technology (ETH) Zurich, Switzerland. Evolutionary computation, machine learning, and artificial intelligence.
  
• - 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.
  
• - University of Delaware. Department of Computer and Information Sciences Chair. Computational linguistics, dialog systems, machine learning, planning and plan recognition, medical informatics, user modeling.
  
• - Academic College of Tel-Aviv-Yaffo. Text categorization, machine learning applications in bioinformatics, medicine, machine vision and high energy physics, feature selection for categorization and regression problems, artificial neural networks.
  
• - Yahoo! Research Labs. Electronic commerce, internet statistics, uncertain reasoning, decision theory, market approaches to group coordination, multiagent systems.
  
• - Swiss Federal Institutue of Technology. Research interests include constraint satisfaction.
  
• - University of Reading. Web document clustering and categorization, information Retrieval, XML and search engine optimisation.
  
• - iKuni Inc. Automated induction, machine learning, and scientific data management.
  
• - Research interests: Computational Linguistics, Information Retrieval, Automated Deduction. Site lists on-line publications, projects, activities, and contact info.
  
• - Christopher Newport University. Natural language processing, planning and plan recognition, belief models, negotiation.
  
• - MIT. Machine learning applied to medicine, text management, and computational linguistics.
  
• - University of Manchester. Machine learning, knowledge management, data visualization, artificial intelligence and neural networks.
  
• - University of Arizona. Document analysis, biometrics, image retrieval, autonomic computing.
  
• - College of Economics and Computer Science, Olsztyn, Poland. Unmanned aerial vehicles. Autonomous systems.
  
• - Beijing University of Aeronautics and Astronautics. Design and analysis of algorithms, phase transitions, logic programming, data mining.
  
• - Rutgers. Planning under uncertainty, markov decision processes, reinforcement learning, latent semantic indexing, text retrieval.
  
• - University of Maryland at Baltimore County. Intelligent agents in eBusiness, adaptive agents.
  
• - University of Texas at El Paso. Acknowledgments in human-computer interaction, multimodal interfaces, speech acts.
  
• - University of Central Florida. Emotional intelligence, computational models of emotions and affective processes, affective computing.
  
• - INRIA. Computer vision, mobile robots, evolutionary programming, AI and machine learning.
  
• - Researcher in Knowledge Representation and Reasoning Systems. Co-designer and developer of CLASSIC and Chimaera among others. Associate Director of the Knowledge Systems Laboratory at Stanford University.
  
• - Aka Mentifex. Author of Mind.Forth and its JavaScript AI tutorial version.
  
• - Universitat Politechnica de Catalunya, PhD student, machine learning, natural language processing.
  
• - University of Waterloo. Constraint programming, compiler optimization, and scheduling.
  
• - Elected Fellows of the American Association for Artificial Intelligence
  
• - Smart Media Institute, University College Dublin. Machine learning for automatic genre classification, active learning for information extraction.
  
• - Graduate student at the University of Illinois, working on neurobiologically inspired systems and learning in the superior colliculus.
  
• - Neural network researcher and telecommunications analyst. Resume, links, personal information.
  
• - Polish Academy of Sciences. Vulcan. Machine Learning, realistic human motion modeling.
  
• - Bilkent University. Machine learning, data mining, and computer-aided language learning.
  
• - University of North Carolina at Wilmington. Natural language processing, spoken dialog systems, mixed-initiative interaction, virtual humans, conversational agents, affective computing.
  
• - University of Edinburgh. Autonomous agents, reinforcement learning, teleo-reactive behavior.
  
• - University of Colorado, Boulder. Empirical metaphor research, latent semantic analysis, information retrieval, co-author of "Speech and Language Processing" with Dan Jurafsky.
  
• - Unicru Inc. Intelligent search engines, machine learning, concept abstraction, adaptive interfaces.
  
• - MERL Cambridge Research. Collaborative inteface agents, spoken dialog, COLLAGEN, intelligent tutoring.
  
• - Intigma India. Data mining, natural language processing, data mining, neural networks, image processing.
  
• - The Flinders University of South Australia. Natural language learning, unsupervised learning, data mining, home automation, web search.
  
• - CINVESTAV-IPN. Artificial immune system optimization, genetic algorithms, evolutionary computation.
  
• - Technical University of Cluj. Image processing, stereovision, intelligent vehicles.
  
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• - University of Twente. Interaction models in (spoken) dialogue systems, specification techniques and multimodal systems and virtual environments, multiagent virtual environments.
  
• - Rensselaer Polytechnic Institute. relationship between social software/interfaces and human attitudes and behaviors; user responses to emotion in embodied agents.
  
• - University of California at Berkeley. Data mining, information retrieval, user interfaces, web search.
  
• - University of Sheffield. Information retrieval.
  
• - Carnegie Mellon University. Information retrieval, extraction and management, natural language processing, Chinese computing, dialog and discourse processing, machine translation, cooperative human-computer interaction.
  
• - Ontoprise. Knowledge engineering, domain and task modeling, ontologies, KARL, MIKE, web portals.
  
• - University of British Columbia. Preference elicitation, dynamic constraint optimization, satisfiability problems in propositional logic, computational musicology.
  
• - The Open University. Robotics, flow control, negotiation.
  
• - Department of Computer Science and Technology, Tsinghua University, Maryland University, machine learning, data mining.
  
• - University of Zaragoza. Ph.D. student. Mobile agents, intelligent user interfaces, adaptive user interfaces, mobile applications.
  
• - University of Wisconsin - Park. Natural language processing, interactive discourse, text planning, intelligent tutoring systems.
  
• - Mount Holyoke. Synthesizing vision, language, and learning. Natural language interfaces to vision.
  
• - University of Texas at El Paso. Department of Computer Science Chair. Spoken dialog models, mediated communication, user interface development methodologies.
  
• - PhD student in machine learning, working in the Cognitive Computation Group at University of Illinois.
  
• - Pennsylvania State University. Web information retrival, web usage mining, search engines, semantic web.
  
• - University of Sheffield. Natural language processing, specifically in spoken dialogue systems, machine learning in dialogue, spoken language generation, multimodal human-computer interaction, and evaluation of dialogue systems.
  
• - University of Calgary. Emergent computing in biological networks, collective intelligence, swarm intelligence, genetic algorihms, genome programming.
  
• - University of Rochester. Natural language understanding, discourse, knowledge representation, common-sense reasoning and planning.
  
• - University of Toronto. Researcher in pattern recognition, neural networks, artificial intelligence.
  
• - Amirkabir University of Technology. Facial image analysis and synthesis, gesture recognition, emotion modeling.
  
• - Harvard University. Collaborative planning, SharedPlans model of collaboration, discourse structure, intonation, centering.
  
• - University of North Carolina at Wilmington. Classification of sonar returns, fingerprint matching, image compression, classification of minerals, combinatorial optimization, genetic engineering, biological inspired computing, and constraint satisfaction
  
• - Kingston University. Research on automatic behaviour modelling for multi-camera visual surveillance systems.
  
• - German Research Center for Artificial Intelligence, Knowledge Management Group. Computational linguistics, automatic summarization, information retrieval, latent semantic analysis, computers and society.
  
• - University of Osnabrück. Emotion recognition, emotive behavior, mental models, unconscious processes, rule- and pattern-based mechanisms.
  
• - Jake Technologies. Natural language processing, research, consulting and entrepreneurship.
  
• - Director of Artificial Intelligence Laboratory, EPFL, President of Swiss AI Society. Software agents, constraint-based reasoning, case-based reasoning.
  
• - Stanford University. Explanations for semantic web tasks, semantic web tools and infrastructure, model-based user interfaces, formal specification and verification of interactive systems.
  
• - Artificial Intelligence, natural language, Lisp and Java in AI. Computational Sciences Division, NASA Ames Research Center.
  
• - California Polytechic State University. Automated target recognition on synthetic radar images.
  
• - University of Ulster at Jordanstown. Dialogue modelling, natural language processing, computational linguistics, user modelling.
  
• - CEO BigTribe. Entrepreneur and researcher. Personalization, collaborative filtering, computer-supported cooperative work, ubiquitous computing, simulated annealing, distributed computing, social psychology.
  
• - 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.
  
• - University of Exeter. Artificial life, evolutionary computing and pattern recognition.
  
• - Tufts University. Human-computer interaction, tangible user interfaces, virtual environments, eye-gaze tracking.
  
• - Illinois Institute of Technology. Ph.D. student, Adaptive tutoring, natural language processing, machine learning, data mining.
  
• - University of Karlsruhe. Semantic web, OntoWeb, distributed knowledge, collaborative ontology, knowledge retrieval.
  
• - Phd student at Istituto per la Ricerca Scientifica e Tecnologica (IRST) in Italy.
  
• - University of Liverpool. Computational models of natural argument, affective natural language generation, conflict resolution.
  
• - Programming Languages, mathematical theory of computation, artificial intelligence. Stanford University.
  
• - University of Karlsruhe (Germany). Data mining, knowledge representation, ontology learning, semantic web, knowledge portals.
  
• - Carnegie Mellon University. Interests include machine learning, approximation algorithms, on-line algorithms and planning systems. Online publications and talks.
  
• - Delft University of Technology. PhD Student, Plan repair in multi-agent environments.
  
• - University of Minnesota. Distributed intelligence, cooperation of miniature robots, robot navigation, multi-agent systems for e-commerce and supply-chain, economic agents.
  
• - MERL Cambridge Research. Collaborative interface agents, task modeling, COLLAGEN, intelligent tutoring.
  
• - University of Sheffield. Computational pragmatics, belief modeling, lexicons, information extraction.
  
• - iKuni, Inc. Game AI, machine learning, and knowledge representation.
  
• - Northwestern University. Qualitative physics, spatial reasoning, cognitive simulation of analogical processing.
  
• - University of Amsterdam. Applications of geometric (Clifford) algebra, exploration, reasoning with uncertainty in robotics.
  
• - 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 priva
  
• - German Resrarch Center for AI (DFKI). Intelligent tutoring systems, social organizations in MAS, family (Eastern) dynamics.
  
• - Director of the Information Processing Technology Office (IPTO) at DARPA. Knowledge representation, machine learning, information retrieval, natural language processing.
  
• - Carnegie Mellon University. Machine learning and optimization, decision sciences and technology.
  
• - iRobot Corporation. Affective computing, user modeling, emotionally responsive toys.
  
• - Oxford University. Computer vision, visual surveillance, video annotation.
  
• - MIT Media Laboratory. Philosophically motivated AI, commonsense reasoning, aesthetics and AI, assistive software agents, lexical semantics, story understanding.
  
• - University of Pennsylvania. Logic programming, computational lexical semantics, crosslinguistic verb classes, machine translation, multilingual information processing.
  
• - Duke University. Chair, Department of Computer Science. AAAI Fellow. Computational linguistics, automatic programming and inference, Author of Great Ideas in Computer Science.
  
• - Japan Advanced Institute of Science and Technology (JAIST). Charcteristics of multi-party dialogue, patterns of dialogue initiative, standardisation on annotation schemes for Japanese spoken dialogue.
  
• - Extensive 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.
  
• - Université Libre de Bruxelles, Belgium. Research projects in Ant algorithms, metaheuristics for combinatorial optimization, robot shaping and behavior engineering.
  
• - ENEA. Evolutionary algorithms, fuzzy logic based systems, evolutionary neural networks. Application to financial and energy industrial problems.
  
• - Universität des Saarlandes. ACT-R cognitive modeling.
  
• - Carnegie Mellon University. Speech recognition, CMU Communicator, dialog systems, speech agents.
  
• - National Institute of Astrophysics, Optics and Electronics, Mexico. Machine learning and its applications to natural language processing and astronomy.
  
• - Università di Firenze. Machine learning for sequential and structured data, bioinformatics, text and natural language, pattern recognition.
  
• - NASA/Ames Research Center. Brahms multiagent simulation system, situated cognition, Haughton-Mars Project, human-centered computing.
  
• - Stanford University. Extempo Systems. Intelligent interactive characters, interactive story telling, adaptive intelligent agents.
  
• - University of Delaware. Rehabilitation engineering, writing tool for American Sign Language, natural language generation, text summarization, graph summarization.
  
• - Stanford University. Question answering systems, machine learning, probabilistic models, robotics.
  
• - University of Karlsruhe, AIFB. Text, data and web mining especially in text clustering, semantic web mining, knowledge management.
  
• - Interactive Information Group, National Research Council of Canada. Machine learning applied to natural language processing, lexical semantics from web mining, artificial life.
  
• - Purdue University. National Science Foundation. Integrating natural language and speech processing, prosodic analysis, statistical parsing, gesture and speech.
  
• - Research topics: semantic web, knowledge management, and natural language processing. List of his publications, projects, courses taught, contact information.
  
• - Quantum Information Science and Technology ATIP, Tokyo, Japan. Physics, neuroscience and artificial intelligence.
  
• - Delft University of Technology. List of projects and publications. Interests in agents and robotics.
  
• - North Carolina State University. Intellimedia initiative, animated pedagogical agents, 3D learning environments, natural language generation.
  
• - Vrije Universiteit, Amsterdam. Approximate reasoning, medical protocols, semantic web, specification languages for KBS.
  
• - Nanjing University. Machine learning, neural computing, data mining, pattern recognition and evolutionary computing. Online AI resources.
  
• - University of British Columbia. User modeling, emotionally intelligent agents, adaptive user interfaces, Bayesian network student models.
  
• - Harvard Medical School. Systems Biology. Baysian information extraction, reinforcement learning, text summarization.
  
• - National Technical University of Athens. Statistical natural language processing, signal processing, neural networks.
  
• - Albert-Ludwigs-University Freiburg, Germany, On-line handwriting recognition.
  
• - DePaul University. Affective reasoning, synthetic characters, animated tutoring agents, emotion representation.
  
• - RIKEN Brain Science Institute. Neural networks, artificial intelligence, neuroscience, fuzzy logic, rule acquisition, rule extraction from neural networks, Autonomous Connectionistic Engine (ACE), neural network resources.
  
• - Oxford. Robotics Research Group. Machine learning, Bayesian learning, data-driven inference, signal and image processing, bioinformatics, computational and mathematical biology.
  
• - Mindmaker, Ltd., Budapest. Reinforcement learning, adaptive control, visual tracking (LS-N-IPS), speech processing; on-line publications.
  
• - Thomson Legal & Regulatory. Information extraction, expert systems, document summarization, AI and the law.
  
• - Albert-Ludwigs-Universität, Freiburg, Germany. Professor. Knowledge representation, planning, and robotics, with an emphasis on robotic soccer.
  
• - Associate Professor at MIT's Media Laboratory. Areas of expertise are Artificial Intelligence, Artificial Life, Human Computer Interaction, Computer Supported Collaborative Work, Information Filtering and Electronic Commerce.
  
• - University of British Columbia. User modeling, adaptive interfaces, intelligent tutoring systems.
  
• - Dutch Center for Computer Science. Agents and virtual markets, automated negotiation & auctions, machine learning in stock market prediction.
  
• - Washington University in St. Louis. AI and the law, models of negotiation, modeling legal argument.
  
• - Delft University of Technology. Researcher in multi-agent planning. List of publications.
  
• - Federal University of Minas Gerais (UFMG), Brazil. Pattern recognition, invariante pattern recognition, neural networks, image content-base retrieval, digital image processing, computer vision.
  
• - MIT. Affective computing, texture and pattern modeling, video and image browsing, retrieval and annotation.
  
• - Institute of Computer Science and Social Research. Psycholinguistics, sentence comprehension, cognitive parsing, ACT-R.
  
• - Interests include biologically inspired artificial neural networks for figure ground separation and neural mechanisms for functional changes in the brain due to electromagnetic radiation.
  
• - Research on belief functions, clustering, neural networks, fusion. Defense Research Establishment.
  
• - Researcher into neural networks and creativity.
  
• - 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.
  
• - University of Wisconsin-Milwaukee. Dialog theory, natural language generation, argumentation theory, intelligent tutoring systems.
  
• - USC Instititue for Creative Technology. Discourse structure. Grounding in discourse. Dialog and virtual reality agents.
  
• - University of Potsdam. Abductive Inference Model, Hindi sentence processing, wide-coverage theories of sentence processing.
  
• - ENSEEIHT, France, Computer Science engineer, Artificial Intelligence (dialogue simulation, speech acts, PROLOG), Python, lexical and syntactic parsing.
  
• - Spanish Council for Scientific Research (CSIC) and Deputy Director of the Artificial Intelligence Research Institute of the CSIC. AI and music, qualitative approaches to landmark-based robot navigation.
  
• - Creator/Founder BotSpot.com, CEO BotTechnology.com, Inc.
  
• - Stanford University. Probabilistic models in information retrieval, information extraction, and supervised and unsupervised learning.
  
• - Erciyes University. Artificial neural networks, speech processing, digital signal processing, speaker recognition, image processing.
  
• - Pace University. Problem decomposition and theory reformulation, integrated cognitive architectures for autonomous robots, distributed constraint satisfaction problems, semigroup theory and dynamical systems, category theory in software design.
  
• - 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.
  
• - University of Washington. Machine learning, probabilistic reasoning, graphical probability models, tree belief networks and mixtures of trees, maximum entropy discrimination, spectral clustering and image segmentation.
  
• - University of Minnesota. Computer-mediated communication, social data mining, computer-supported cooperative work, recommender system.
  
• - LiveWire Logic, Inc. Empirical methods of natural language processing, case-based reasoning, AI and law, ecological and environmental applications of AI.
  
• - Avaya, Inc. Document summarization, information retrieval, cross-document coreference.
  
• - University of Bayreuth, Bavaria. Cognitive modeling, ACT-R models, causal induction.
  
• - 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.
  
• - Stanford University. Probabilistic parsing, grammar induction, text categorization and clustering, electronic dictionaries, information extraction and presentation, and linguistic typology.
  
• - Iowa State University. Machine learning, intelligent agents, information integration, probabilistic models, and bioinformatics and computational biology.
  
• - East Carolina University. Spoken natural language dialog systems, dialog repairs, mixed-initiative, adaptive user interfaces.
  
• - University of Toronto. Planning systems, temporal logic, constraint satisfaction problems and formal models.
  
• - Arizona State University. Data mining, unsupervised learning, bioinformatics.
  
• - Professor at the Computer Science Division of Berkeley University and author (with Peter Norvig) of the famous AI textbook "Artificial Intelligence: A Modern Approach".
  
• - University of Illinois at Urbana-Champaign. Ph.D. student. Genetic algorithms, competent GAs and efficiency-enhancement techniques with application in material sciences.
  
• - C.V., list of awards, publications, memberships, projects, and conferences. Interests in neural networks.
  
• - Microsoft Research. Decision theory, reasoning systems, user modeling, reasoning under uncertainty.
  
• - University of Groningen. Cognition, ACT-R, learning rules and productions.
  
• - Late Professor at Carnegie Mellon University. One of the founders of Artificial Intelligence. Research mainly in modeling and simulation of human cognition.
  
• - QinetiQ. Reinforcement learning and image target tracking.
  
• - University of Central Florida. Partial parsing, natural language information retrieval systems, learning WordNet-based classification rules.
  
• - University of Edinburgh. Computational modeling of tutorial dialogue, multimedia explanation, integrated techniques for interpretation and generation, patient education.
  
• - Stanford University. Statistical NLP, text mining, Co-author of "Foundations of Statistical Natural Language Processing" with Christopher Manning.
  
• - Ohio University. School of Electrical Engineering and Computer Science. Medical image analysis, computer vision.
  
• - Duke University. Automated theorem proving, logic programming, knowledge evaluation, expert systems, test-and-treatment problem.
  
• - 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.
  
• - Head of the mobile robotics lab at Orebro University, Sweden. Research area: integration of cognition and physical embedding in autonomous robots.
  
• - MIT Media Lab. Gesture and narrative language, animated agents, intonation, facial expression, computer vision.