Difference between revisions of "ADL"
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The architecture supporting Mastery Grids fulfills a major objective, portability, which is the ability to be integrated to other systems with little set up and modification. The architecture is modular and includes different software components: | The architecture supporting Mastery Grids fulfills a major objective, portability, which is the ability to be integrated to other systems with little set up and modification. The architecture is modular and includes different software components: | ||
| − | frontend user-system interaction interface, the Mastery Grids | + | *frontend user-system interaction interface, the Mastery Grids interface, |
| − | backend Aggregate services communicating between the main interface and user modeling services, | + | *backend Aggregate services communicating between the main interface and user modeling services, |
| − | backend user modeling services, and | + | *backend user modeling services, and |
| − | backend content providing applications. | + | *backend content providing applications. |
| + | |||
| + | An overall architecture of the system can be sen in the next figure. | ||
| + | [[Image:architecture_v1.png]] | ||
== Resource == | == Resource == | ||
Revision as of 15:13, 11 March 2015
This page is for the ADL project.
Description
PAWS participation in ADL is focused in the development of MasteryGrids system. Mastery Grids is a visual-rich, interactive, adaptive E-learning platform with integrated functionalities enabling multi-facet social comparison, open user modeling, and multi-type learning materials support. It presents and compares user learning progress and knowledge level (mastery) by colored grids, tracks user activities and feedbacks dynamically and provides flexible user-centered navigation across different content levels (e.g. topic, question) and different content types (e.g. question, example) of learning materials. The architecture supporting Mastery Grids fulfills a major objective, portability, which is the ability to be integrated to other systems with little set up and modification. The architecture is modular and includes different software components:
- frontend user-system interaction interface, the Mastery Grids interface,
- backend Aggregate services communicating between the main interface and user modeling services,
- backend user modeling services, and
- backend content providing applications.
An overall architecture of the system can be sen in the next figure.
Resource
tutorials/slide/github
