Call for paper 〔OPEN〕

My submissions

Registration 〔OPEN〕

My tickets

〔CLOSED〕
Introduction

With the increasingly growth of multimedia resources in the various e-learning systems and online learning communities, how to find and access useful information for learning and teaching has become a big challenge. Recommendation methods, techniques and systems open an interesting new approach to facilitate and support learning and teaching. The focus is to develop, deploy and evaluate recommender systems that provide learners and teachers with meaningful guidance in order to help identify suitable learning resources, both in terms of digital learning content and people resources, from a potentially overwhelming variety of choices. This track aims to bring together researchers and practitioners around the topics of designing, developing and evaluating recommender systems in educational settings as well as present the current status of research in this area. We welcome papers describing work in progress and encourage submissions that make datasets available to the community. In addition, we look forward contributions that move the field forward the challenges in the field, which have been identified in a recent review chapter on the panorama of recommender systems for technology enhanced learning scenarios that has been published in the second handbook on recommender systems by Springer.

These identified challenges are the following:

1) Pedagogical needs and expectations to recommenders;

2) Context-based recommender systems;

3) Visualisation and explanation of recommendations;

4) Demands for more diverse educational datasets;

5) Distributed datasets; 

6) New evaluation methods that cover technical and educational criteria.

Call for paper

Important date

2017-02-03
Draft paper submission deadline
2017-03-25
Draft paper acceptance notification

Submission Topics

In this sense, topics of interest include but are not limited to:

  • User modeling for learning recommender systems

  • Affective computing in educational recommender systems

  • Multimedia information retrieval and recommendation for learning

  • Semantic Web technologies for recommendation

  • Data Mining and Web Mining for recommendation

  • Machine Learning for recommendation

  • Context modeling techniques for learning recommender systems

  • Recommendation algorithms and systems for learning

  • Data sets for learning recommender systems

  • Explanation and visualization of recommendations

  • Evaluation criteria and methods for learning recommender systems

Submit Comment
Verify Code Change Another
All Comments
Important Date
  • Conference Date

    Jul 03

    2017

    to

    Jul 07

    2017

  • Feb 03 2017

    Draft paper submission deadline

  • Mar 25 2017

    Draft Paper Acceptance Notification

  • Jul 07 2017

    Registration deadline

Sponsored By
IEEE Computer Society