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Curiosity, cognition and content

Learning with e's

We could argue that the majority of what we 'know' derives from our ability to be able to think, to reason, to reflect, to ask questions - our higher cognitive processes. Curiosity, cognition and content by Steve Wheeler was written in Plymouth, England and is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0

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Our digital future 10: Cognitive courseware

Learning with e's

But have you heard of cognitive technology? Cognitive technologies can be defined as artificial intelligence tools that perform tasks that were once the sole preserve of humans. Examples of cognitive technologies include computer vision , deep learning, natural language processing , speech recognition, and humanised robotics.

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Cammy Beans Learning Visions: Cognitive Flexibility Theory & Multiple Representations

Learning Visions

Wednesday, May 09, 2007 Cognitive Flexibility Theory & Multiple Representations After reading Clarks comment on my posting from yesterday , Ive been looking into Cognitive Flexibility Theory (Spiro), trying to better understand the notion of "multiple representations." (You 10:03 AM Cammy Bean said. Thanks, Clark. We got Wii!

Cognitive 100
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Conflict resolution

Learning with e's

In this post, we continue to explore Festinger''s work, this time focusing on his theory of cognitive dissonance. Festinger called this phenomenon cognitive dissonance. Cognitive dissonance is essentially a theory of motivation through conflict resolution. Some problems we encounter in education have conflicting outcomes.

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Making memories

Learning with e's

Adaptive Control of Thought - Rational - abbreviated to ACT-R (also known as ATC*) - is a cognitive theory of learning that is concerned with the way memory is structured. The so called cognitive architecture of ACT-R is made up of three main components. These are represented in the model below (adapted from the earlier ACT* model).

Cognitive 107
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Memory full

Learning with e's

The work of John Sweller and Nillie Lavie on Cognitive Load Theory and Capacity Theory (based on studies by Shalom Fisch ) is useful to help us understand how to optimise digital design environments such as the layout of virtual learning environments or online discussion groups. This is but a brief and superficial look at these theories.

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Deeper learning

Learning with e's

Craik and Lockhart claimed that the deeper the processing, the stronger will be the trace of that memory, and thus recall will take less cognitive effort. This framework for human memory research is considered by many cognitive psychologists to be a stronger explanation than those of the multi-store memory models. Unported License.