A learner's interaction with her computer can be recorded and stored in the format of Contextualized Attention Metadata. The collected data can then be analyzed to support the learner in her self-reflection processes. We present two ways to discover patterns in the collected attention metadata by applying methodologies based on the Rough Set Theory and explain how these results can support a learner when learning in a selfregulated way
This paper presents an approach for supporting awareness and reflection of learners about their cogn...
Human attention is critical yet challenging cognitive process to measure due to its diverse definiti...
Abstract. In this demonstration we present our KnowSe framework, developed for observing, storing, a...
In order to successfully learn in a self-regulated way, self-monitoring of the learner and reflectio...
This paper presents the notion of contextualized attention metadata (CAM) in learning environments. ...
The information overload in learning and teaching scenarios is a main hindering factor for efficient...
The information overload in learning and teaching scenarios is a main hindering factor for efficient...
Nowadays, personalized education is a very hot topic in technology enhanced learning (TEL) research....
This chapter addresses how an attention-management system can provide personalized support for self-...
Successful self-regulated learning in a personalized learning environment (PLE) requires self-monito...
Nowadays, personalized education is a very hot topic in technology enhanced learning (TEL) research....
Self-regulated learning burdens the learner with configuring his own individual learning environment...
Self-regulated learning (SRL) involves a complex set of interactions between cognitive, metacognitiv...
Learning sciences are embracing the significant role technologies can play to better detect, diagnos...
Item does not contain fulltextLearning sciences are embracing the significant role technologies can ...
This paper presents an approach for supporting awareness and reflection of learners about their cogn...
Human attention is critical yet challenging cognitive process to measure due to its diverse definiti...
Abstract. In this demonstration we present our KnowSe framework, developed for observing, storing, a...
In order to successfully learn in a self-regulated way, self-monitoring of the learner and reflectio...
This paper presents the notion of contextualized attention metadata (CAM) in learning environments. ...
The information overload in learning and teaching scenarios is a main hindering factor for efficient...
The information overload in learning and teaching scenarios is a main hindering factor for efficient...
Nowadays, personalized education is a very hot topic in technology enhanced learning (TEL) research....
This chapter addresses how an attention-management system can provide personalized support for self-...
Successful self-regulated learning in a personalized learning environment (PLE) requires self-monito...
Nowadays, personalized education is a very hot topic in technology enhanced learning (TEL) research....
Self-regulated learning burdens the learner with configuring his own individual learning environment...
Self-regulated learning (SRL) involves a complex set of interactions between cognitive, metacognitiv...
Learning sciences are embracing the significant role technologies can play to better detect, diagnos...
Item does not contain fulltextLearning sciences are embracing the significant role technologies can ...
This paper presents an approach for supporting awareness and reflection of learners about their cogn...
Human attention is critical yet challenging cognitive process to measure due to its diverse definiti...
Abstract. In this demonstration we present our KnowSe framework, developed for observing, storing, a...