Foundations on an adaptative tutoring system based on systemic networks
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In this paper, the elements which take part in a Tutoring System: knowledge organization, concepts, versions, evaluation, student typology and their activity, are considered as constituting a determined language: the teaching language.
This language can be formalized, according to its functional characteristics, context and interdependencies, by means of a systemic grammar.
It is possible to produce automatically a hierarchical graph, the systemic network, with the fore mentioned grammatical relations. The complete information required for a tutoring process can be extracted from this network through the Inference Machine, algorithm sets based on propagation and deduction rules.
Two objectives difficult to join in the tutoring systems, can be obtained by this way:
On one hand, to elaborate and consider, for the tutor or pedagogic team, the teaching elements and their relations in a straightforward way, independent of the generation and further extraction of network information.
On the other hand, a teaching-learning model which, without restricting the total student free activity, becomes fully adaptive to it, keeping stronger links to the tutor objectives and pedagogical criteria.
KeywordsSystemic Graph Student Characteristic Teaching Element Tutoring System Knowledge Element
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- Larkin, J. Chabay, R. Computer Assisted Instruction and Intelligent Tutoring Systems: Shared Goals and Complementary Approaches. Lawrence Erlbaum As. New Jersey 1992Google Scholar
- Gutiérrez, J. Pérez, T.A. Lopistéguy, P. Usandizaga, I. Sistemas Tutores Inteligentes: una forma de conseguir Sistemas Hipermedia Educativos. VI CAEPIA Alicante 1995Google Scholar
- Winograd, T. Language as a cognitive process. Addison-Wesley 1983Google Scholar
- Halliday, M.A.K. English System Networks. Halliday: System and Function in Language. Ed. Kress. Oxford, London. 1976Google Scholar
- Halliday, M.A.K., Martin, J.R. eds. Readings in Systemic Linguistics. Batsford Academic, London, 1981.Google Scholar
- Patten, T. Systemic text generation as problem solving. Cambridge University Press G.B., Cambridge 1988Google Scholar
- Bahamonde, A. Systemic Inheritance. Fith Int. Symp on Knowledge Eng. Sevilla 1992Google Scholar
- Soler,E., Álvarez,L., García,A., Hernández,J., Ordoñez,J., Albuerne,F., Cadrecha,M.A. Teoría y Práctica del Proceso de Enseñanza-Aprendizaje. Narcea. Madrid 1992Google Scholar
- Bahamonde,A., Neira,A, Vela,C.R., Varela,R., Otero, A.,Alguero,A. SAPOO: Sistema de Ayuda a la Programación Orientada a Objetos. Tec. Rep. AIC. Univ.Oviedo. Gijón 1991Google Scholar
- Gropper, G.L. Intructional Strategies. Educational Techn. Pub. Englewood Cliffs, NJ 1974Google Scholar
- Brugos,J.A., Corte,B. RESMUL:Idea para la representación multimedia. CIICC. Informática Las Palmas. 1993Google Scholar