Beschreibung
InhaltsangabeIntelligent tutoring and high school mathematics.- Generality watching: ITS caught between science and engineering.- Guidon-manage revisited: A socio-technical systems approach.- Programming environments for novices.- Granularity and context in learning.- Going from intelligent tutors to tools for learning.- Assisted mathematics: the case of discrete probabilities.- Learning recursion through the use of a mental model-based programming environment.- STUDIA: un système tutoriel intelligent coopératif fondé sur la négociation et sur un modèle dynamique de dialogue.- An iconic intention-driven its environment.- Providing problem explanation for ITS.- The Fawlty article tutor.- Towards an epistemology for Guided Discovery Tutoring: The Popperian connection.- Making processes visible: Scaffolding learning with reasoning-congruent representations.- Winch simulation: Multiple, linked representations of linear functions.- A learning environment based on multiple qualitative models.- EXPITS: an experimental environment on ITS.- Intelligent tutoring system for symbolic calculation.- Curriculum tree: A knowledge-based architecture for intelligent tutoring systems.- L'Assistance à l'usager dans DIGITEF: un mécanisme réutilisable.- Résolution par analogie de problèmes géométriques dans une perspective tutorielle.- A pedagogical design and architecture for intelligent tutoring and aiding in supervisory control of complex systems.- Une architecture multiagent.- From elementary knowledge schemes towards heuristic expertise - Designing an its in the field of parallel programming.- Answering student queries: Functionality and mechanisms.- Instruction as reasoning about multiple objectives.- Représentation des connaissances dans un générateur de systèmes d'E.I.A.O.- Knowledge representation for an intelligent tutoring system based on a multilevel causal model.- Knowledge base compilation and the language design game.- Instructional expertise.- Cognitio: An extended computational theory of cognition.- Apport du style linguistique à la modélisation cognitive d'un elève.- A cognitive framework for Second Language error diagnosis.- Evaluation of Feature Based Modelling in subtraction.- Une modélisation de l'architecture cognitive d'un étudiant pour un système tutoriel intelligent.- Bootstrapping mental constructions: a learning system about negative numbers.- Towards the theory-guided design of help systems for programming and modelling tasks.- A new architecture for Intelligent Help Systems.- The UNIX Tutor.- Tuteurs Intelligents et Intelligence Artificielle: problèmes posés en construction de figures géométriques.- Génération d'exercices en algèbre, premières approches dans le cadre du projet APLUSIX.- ADAPT: Automated debugging in an adaptive Prolog tutor.- Reference network: A genetic model for Intelligent Tutoring Systems.- Form, frequency, markedness and strategies in second language performance modelling.- Why should an ITS bother with students' explanations?.- Student strategies for learning programming from a computational environment.- An intelligent language tutoring system for handling errors caused by transfer.- The application of cognitive diagnosis to the quantitative analysis of simple electrical circuits.- Student modeling and mastery learning in a computer-based programming tutor.- Application de la méthodologie du traçage de modèle à un environnement d'apprentissage utilisant une stratégie pédagogique non directive.- Prédiction du niveau d'acquisition des connaissances dans la modélisation de l'étudiant.- Instructional planning using focus of attention.- To contradict is human.- Mise en oeuvre d'un modèle de l'apprenant générique dans le système EDDI.- Student model diagnosis for adaptive instruction in ITS.- A systemic approach for student modelling in a multi-agent aided learning environment.- Diagnostic cognitif de l'apprenant par apprentissage symbolique.- Probabilistic student models: Bayesian Belief Networks and Knowledge Sp
