Numerous approaches to student modeling have been proposed since the inception of the field more than three decades ago. hat the field is lacking completely is comparative analyses of different student modeling approaches. Such analyses are sorely needed, as they can identify the most promising approaches and provide guidelines for future research. In this paper we compare Cognitive Tutoring to Constraint-Based Modeling (CBM). We present our experiences in implementing a database design tutor using both methodologies and highlight their strengths and weaknesses. We compare their characteristics and argue the differences are often more apparent than real. For specific domains, one approach may be favoured over the other, making them...
This paper presents the results of three evaluation studies performed during 1998 and 1999 on SQL-T...
The aim of this study is to build an intelligent authoring environment for Cognitive Tutors in which...
Original version should be found at : http://www.springer.com/engineering/computational+intelligence...
Student modeling (SM) is recognized as one of the central problems in the area of Intelligent Tutor...
Abstract. Student modeling (SM) is recognized as one of the central problems in the area of Intellig...
We propose a novel approach to intelligent tutoring in which feedback messages are associated with ...
An Intelligent Tutoring System (ITS) differs from other educational systems because it uses knowledg...
Research on intelligent tutoring systems (ITS) has produced many systems, but only a handful of desi...
KERMIT is an intelligent tutoring system that teaches conceptual database design using the Entity-R...
Abstract. Constraint-Based Modelling (CBM) is a student modelling technique that is rapidly maturing...
The original publication is available at www.springerlink.comConstraint-based tutors have been shown...
Volume called: Artificial Intelligence in Education - Building Technology Rich Learning Contexts Tha...
Constraint-based tutors have been shown to increase individual learning in real classroom studies, b...
Abstract. Constraint-based tutors have been shown to increase individual learning in real classroom ...
Abstract. Constraint-based modelling techniques have been demon-strated a useful means to develop in...
This paper presents the results of three evaluation studies performed during 1998 and 1999 on SQL-T...
The aim of this study is to build an intelligent authoring environment for Cognitive Tutors in which...
Original version should be found at : http://www.springer.com/engineering/computational+intelligence...
Student modeling (SM) is recognized as one of the central problems in the area of Intelligent Tutor...
Abstract. Student modeling (SM) is recognized as one of the central problems in the area of Intellig...
We propose a novel approach to intelligent tutoring in which feedback messages are associated with ...
An Intelligent Tutoring System (ITS) differs from other educational systems because it uses knowledg...
Research on intelligent tutoring systems (ITS) has produced many systems, but only a handful of desi...
KERMIT is an intelligent tutoring system that teaches conceptual database design using the Entity-R...
Abstract. Constraint-Based Modelling (CBM) is a student modelling technique that is rapidly maturing...
The original publication is available at www.springerlink.comConstraint-based tutors have been shown...
Volume called: Artificial Intelligence in Education - Building Technology Rich Learning Contexts Tha...
Constraint-based tutors have been shown to increase individual learning in real classroom studies, b...
Abstract. Constraint-based tutors have been shown to increase individual learning in real classroom ...
Abstract. Constraint-based modelling techniques have been demon-strated a useful means to develop in...
This paper presents the results of three evaluation studies performed during 1998 and 1999 on SQL-T...
The aim of this study is to build an intelligent authoring environment for Cognitive Tutors in which...
Original version should be found at : http://www.springer.com/engineering/computational+intelligence...