Abstract: The major challenge for eLearning courses on undergraduate mathematics is the diversity of their audience and the varying demands posed by distinct interest groups. Our proposal to deal with these challenges is the deployment of intelligent assistants that, given some initial knowledge concerning the audience, explore user behavior to build up a sophisticated model of the learner within the system. Starting with models for learner and course, we present a prototypical implementation of such a system within the virtual laboratory VIDEOEASEL developed at the TU Berlin
During the last years, Intelligent Virtual Environments for Training have become a quite popular app...
Immersive virtual learning environments can be used to teach a wide range of competences. Usually th...
This article takes place in the formalization of processes for the development of differentiated vir...
The major challenge for eLearning courses on undergraduate mathematics is the broadness of the audie...
The major challenge for eLearning courses on undergraduate mathematics is the broadness of the audie...
“Virtual Laboratories ” present a model of interactive, explorative learning tools for supporting le...
Virtual labs enable field specific experiments and open them for collaborative and distributed usage...
Virtual environment simulations can be effective training tools. Students, immersed in a computer si...
Abstract: This article takes place in the formalization of processes for the development of differen...
Virtual labs enable field specific experiments and open them for collaborative and distributed usage...
Scientist’s and engineer’s workplaces are about to change: Numerical software and computer algebra s...
Abstract Virtual laboratories create new potentials in eLearning and eResearch of mathematics and th...
11 pagesInternational audienceThe various existing Intelligent Tutoring Systems (ITS) models do not ...
Learning to teach is difficult for prospective teachers because of the complex nature of the work of...
The key topic of this master work lies at the intersection of 2 different areas: intelligent tutorin...
During the last years, Intelligent Virtual Environments for Training have become a quite popular app...
Immersive virtual learning environments can be used to teach a wide range of competences. Usually th...
This article takes place in the formalization of processes for the development of differentiated vir...
The major challenge for eLearning courses on undergraduate mathematics is the broadness of the audie...
The major challenge for eLearning courses on undergraduate mathematics is the broadness of the audie...
“Virtual Laboratories ” present a model of interactive, explorative learning tools for supporting le...
Virtual labs enable field specific experiments and open them for collaborative and distributed usage...
Virtual environment simulations can be effective training tools. Students, immersed in a computer si...
Abstract: This article takes place in the formalization of processes for the development of differen...
Virtual labs enable field specific experiments and open them for collaborative and distributed usage...
Scientist’s and engineer’s workplaces are about to change: Numerical software and computer algebra s...
Abstract Virtual laboratories create new potentials in eLearning and eResearch of mathematics and th...
11 pagesInternational audienceThe various existing Intelligent Tutoring Systems (ITS) models do not ...
Learning to teach is difficult for prospective teachers because of the complex nature of the work of...
The key topic of this master work lies at the intersection of 2 different areas: intelligent tutorin...
During the last years, Intelligent Virtual Environments for Training have become a quite popular app...
Immersive virtual learning environments can be used to teach a wide range of competences. Usually th...
This article takes place in the formalization of processes for the development of differentiated vir...