Assessing the knowledge of a student is a fundamental part of intelligent learning environments. We present a Bayesian network based approach to dealing with uncertainty when estimating a learner’s state of knowledge in the context of Qualitative Reasoning (QR). A proposal for a global architecture is given. The essentials of the belief network structure for individual scenarios are described, while paying special attention to knowledge aggregation and some design issues that are specific for the domain of QR
Bayesian models provide a principled way to deal with uncertainty. In cognitive tasks the uncertaint...
The last five years have seen a surge in interest in the use of techniques from Bayesian decision th...
Bayesian Belief Networks are graph-based representations of probability distributions. In the last d...
Since the beginning of research in AI, several attempts have been made to construct Intelligent Tuto...
Abstract Modeling a student within an intelligent tutoring system involves inherent uncertainty. Eve...
Application of Bayesian belief networks in systems that interact directly with hu-man users, such as...
Abstract When a tutoring system aims to provide students with interactive help, it needs to know wha...
Abstract—Combining expert knowledge and user explanation with automated reasoning in domains with un...
We examine a graphical representation of uncertain knowledge called a Bayesian network. The represen...
Abstract:-Possibilistic logic and Bayesian networks have provided advantageous methodologies and tec...
In our previous works, we presented Logic-Muse as an Intelligent Tutoring System that helps learners...
This paper presents a domain independent question generation and interaction procedure that automati...
Abstract. Bayesian Belief Networks (BBNs) have been suggested as a suitable representation and infer...
The knowledge acquirement by the learner is a major assignment of an E-Learning framework. Evaluatio...
In this paper, a possibilistic network implementation for uncertain knowledge modeling of the diagno...
Bayesian models provide a principled way to deal with uncertainty. In cognitive tasks the uncertaint...
The last five years have seen a surge in interest in the use of techniques from Bayesian decision th...
Bayesian Belief Networks are graph-based representations of probability distributions. In the last d...
Since the beginning of research in AI, several attempts have been made to construct Intelligent Tuto...
Abstract Modeling a student within an intelligent tutoring system involves inherent uncertainty. Eve...
Application of Bayesian belief networks in systems that interact directly with hu-man users, such as...
Abstract When a tutoring system aims to provide students with interactive help, it needs to know wha...
Abstract—Combining expert knowledge and user explanation with automated reasoning in domains with un...
We examine a graphical representation of uncertain knowledge called a Bayesian network. The represen...
Abstract:-Possibilistic logic and Bayesian networks have provided advantageous methodologies and tec...
In our previous works, we presented Logic-Muse as an Intelligent Tutoring System that helps learners...
This paper presents a domain independent question generation and interaction procedure that automati...
Abstract. Bayesian Belief Networks (BBNs) have been suggested as a suitable representation and infer...
The knowledge acquirement by the learner is a major assignment of an E-Learning framework. Evaluatio...
In this paper, a possibilistic network implementation for uncertain knowledge modeling of the diagno...
Bayesian models provide a principled way to deal with uncertainty. In cognitive tasks the uncertaint...
The last five years have seen a surge in interest in the use of techniques from Bayesian decision th...
Bayesian Belief Networks are graph-based representations of probability distributions. In the last d...