Synthesizing instructional technologies and educational culture: exploring cognition and metacogniti
This research was initiated to examine instructional technologies and educational cultures in relation to identified cognitive and metacognitive strategies uses in school tasks. The project involved activities from the social studies curricula that were presented through two new software programs intended to support the development of problem-solving and reasoning strategies - IDEA [Interactive Decision Envisioning Aid, Pea (76)] Notecards (34) - and through instructional approaches bases upon "
Author(s): Thornburg Devin G.,Pea Roy D.

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The aims of software criticism: Reply to Professor Papert
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Author(s): Pea Roy D.

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The Buggy Path to The Development of Programming Expertise
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Author(s): Pea Roy D.,Soloway Elliot,Spohrer Jim C.

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A symbolic manipulator to introduce pupils to algebra theory
Within the theoretical framework of Vygotsky's theory, the paper presents a new algebra software. The main features of the software are described and their potentialities are discussed. According to the Vygotskian theory, expressions and commands may be thought as external signs of the Algebraic theory, and as such, they may become instruments of semiotic mediation: In other terms they can be used by the teacher, in the concrete realisation of classroom activity, according to the motive of intr
Author(s): Cerulli Michele,Mariotti Maria Alessandra

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Randomness and LEGO robots
This paper reports on a long term experiment concerning the introduction of 7th grade pupils to the concept of randomness. Pupils are involved in activities with Lego robots, and in the joint enterprise of writing an Encyclopaedia. The main lines of the experiment are provided, together with experimental data, highlighting how some specific elements of the chosen educational approach influenced the evolution of pupils' mastery of the concept of randomness.
Author(s): Cerulli Michele,Chioccariello Augusto,Lemut Enrica

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Distance learning meets Open Source
Most of the current German concepts for distance learning are still based on written study material with complementary face-to-face sessions. Modern e-learning tools are not as frequently in use as one might think or as it is often demanded. This article focuses on the obstacles that occur in the daily work with e-learning tools and which hinder the further spreading of e-learning on college level. One of the main problems is that study material as well as concepts have to be transformed in a w
Author(s): Behm Wolfram

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Metacognition in joint discussion: an analysis of the patterns of interaction and the metacognitive
The aim of this study was to examine metacognition in computer-supported collaborative problem solving. The subjects of the study were 13-year-old Finnish secondary school students (N=16). The Knowledge Forum learning environment was used to support student pairs’ problem-solving task involving polygons in a geometry course. The data consist of the student pairs’ posted computer notes (n=95). To examine metacognition in a social context in the networked discussions, the features and patterns
Author(s): Hurme Tarja-riitta,Palonen Tuire,Järvelä Sanna

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First version of Amaya offering a template mechanism
This deliverable is the first release of the Amaya authoring tool that supports template-driven editing based on the XTiger-language. Its purpose is to demonstrate the main features of this nex editing mode.,PALETTE deliverable - report number D.INF.02
Author(s): Quint Vincent,Kia Émilien,Vandeput Étienne,Vatto

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Software didattico e difficoltà in matematica
Considerazioni sull'uso di software didattico come ausilio per osservare e comprendere le difficoltà di apprendimento nell'area logico-matematica
Author(s): Dettori Giuliana,Ott Michela,Tavella Mauro

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The Aplusix-Editor: A New Kind of Software for the Learning of Algebra
The first part of the paper presents our conception of a new kind of software for helping students to learn algebra. Such software has three main characteristics. First it includes an advanced editor that allows the student to build easily algebraic expressions. Second it reifies the student's reasoning as a tree. Third it verifies the student's calculations. In the second part, we present the Aplusix-Editor, a system of that kind that we have realised, and we describe the first tests of this sy
Author(s): Nicaud Jean-François,Bouhineau Denis,Huguet Thoma

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Educational Knowledge Based Environment
In this paper a knowledge based environment is represented which facilitates easy creation and preparation of wide range of educational software. The heart of the environment is the knowledge representation tool providing a hybrid knowledge representation formalism combining frames, production rules and logic. The environment is built on the basis of the logic programming language Prolog.
Author(s): Dimitrova Galina,Stefanov Krassen

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User Interfaces for a Virtual Learning Environment: Two Study Cases
A recent powerful idea in the design of Web-based learning environments is the usage of virtual places. The employment of interface metaphors is one of the approaches enabling inexperienced users to feel comfortable in such virtual environments. We have designed a Virtual Environment for Distance Education and Training (VEDET), which provides basic virtual spaces, resources, and services. In this paper we discuss the user interface of two Web-based distance learning courses Business on the Inter
Author(s): Stefanov Krassen,Dicheva Darina,Nikolov Roumen,Dja

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Socio-cognitive Engineering
Socio-cognitive engineering is a framework for the human-centred design of technology-based systems to enhance human knowledge working, decision making, collaboration and learning. Like user-centred design, it draws on the knowledge of potential users and involves them in the design process. But it extends beyond individual users to analyse the activity systems of people and their interaction with technology, including their social interactions, styles and strategies of working, and language and
Author(s): Sharples Mike

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Vers une approche déclarative pour les logiciels de dessins géométriques
Cet article est consacré à la conception d'un environnement d'apprentissage de la géométrie orienté vers la manipulation directe de figures géométriques. À travers deux exemples d'activités, proposées en classe, on distingue les notions de construction géométriques, de spécification, et de manipulation directe. Dans le cadre ainsi défini, nous présentons notre approche. Elle consiste à intégrer des mécanismes et la méthodologie de l'intelligence artificielle dans un logic
Author(s): Bouhineau Denis

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Using domain-specific and generic knowledge to support discovery learning about geometrical optics i
Students encounter many obstacles during scientific discovery learning with computer-based simulations. It is hypothesized that an effective type of support, that does not interfere with the scientific discovery learning process, should be delivered on a ‘just-in-time’ base. This paper explores the effect of facilitating access to knowledge and skills through just-in-time information. An experiment was conducted in which a group of students who worked with a computer simulation on geometrica
Author(s): Hulshof Casper,de Jong Ton

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Two Years Of Use Of The Aplusix System
APLUSIX is a learning environment for helping students to learn algebra. This system is designed and developed in the IMAG-Leibniz laboratory. Its basic training mode consists of letting the students perform their owns calculations, thanks to a two-dimensions editor of algebraic expressions, providing feedback on the correctness of the calculations and on the end of the resolution. APLUSIX has now been used for two years at school, in different contexts. One use was made by four teachers during
Author(s): Bouhineau Denis,Nicaud Jean-François,Chaachoua Ha

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Designing for cross-cultural web-based knowledge building
This paper describes the iterative design of a web-based collaborative workspace used in educational practice, called WebReports. The system’s unique feature is that it allows participants to discuss mathematical and scientific concepts using programmed animated and interactive models of their ideas. Rather than focusing on the specific features of the collaboration tool, we analyze it as part of a constructionist activity system. We describe the context in which the system was developed an
Author(s): Mor Yishay,Tholander Jakob,Holmberg Jesper

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TéléCabri, un environnement pour le préceptorat à distance.
L'objectif du projet TéléCabri est de contribuer à la solution de ces problèmes en apportant des moyens complémentaires de l'action humaine pour assurer la continuité de la scolarité pendant l'hospitalisation des enfants ou adolescents. TéléCabri doit apparaître comme une machine partenaire de l'élève autant que de l'enseignant. En intégrant la téléprésence et des fonctionnalités de coopération dans un environnement informatique pour l'apprentissage humain.
Author(s): Balacheff Nicolas

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SALL: Specifying a system to Support Academics' Lifelong Learning
This project focuses on the specification of a system to support academics during the lifelong learning process. The initial data collection involved conducting interviews and a survey amongst academics from several disciplines. The collected data was combined with learning theories to reveal the ways in which technology could support academics. Subsequently, the needs that would be addressed by the proposed system were considered. Accordingly, the guided metaphor of the system was decided to be
Author(s): Anastopoulou Stamatina

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Quelques méthodes d'intelligence artificielle pour la modélisation de l'élève
This paper presents some of the artificial intelligence techniques which have been used for student modeling : planning, machine learning, diagnosis and belief revision. Each technique is brie y described, then its application to student modeling is presented and illustrated by a few examples. The advantages and drawbacks of these methods are discussed. We end this survey with some directions for further researches.
Author(s): Py Dominique

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