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(The CINDY Cognitive Architecture)
(The CINDY Cognitive Architecture)
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== The CINDY Cognitive Architecture ==
 
== The CINDY Cognitive Architecture ==
  
CINDY stands for '''Ci'''rcular '''N'''etwork '''Dy'''namics.  [[The CINDY Cognitive Architecture]] is just beginning. It is based on many other cognitive architectures, especially the iCub cognitive architecture which was never fully realized.  While CINDY is a very early work-in-progress but the long-term goal is to design and implementation of an emergent artificial cognitive system that builds on the principles of growth and development through circular causality, sharing many of the principles of the field of Systems Dynamics.
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CINDY stands for '''Ci'''rcular '''N'''etwork '''Dy'''namics.  [[The CINDY Cognitive Architecture]] is in its very early state of development. It is based on many other cognitive architectures, especially the iCub cognitive architecture which was never fully realized.  The long-term goal is to design and implement an emergent artificial cognitive system that builds on the principles of growth and development through circular causality, drawing on many of the principles of the fields of Enaction and  Systems Dynamics.

Revision as of 03:58, 17 February 2015

Cognitive Robotics Resources

This is a collection of Resources to support the IEEE Robotics and Automation Technical Committee for Cognitive Robotics.

Teaching Resources

Here you can find some additional material to supplement the courses on my main website.

Artificial Cognitive Systems

Algorithms and Data Structures

The CINDY Cognitive Architecture

CINDY stands for Circular Network Dynamics. The CINDY Cognitive Architecture is in its very early state of development. It is based on many other cognitive architectures, especially the iCub cognitive architecture which was never fully realized. The long-term goal is to design and implement an emergent artificial cognitive system that builds on the principles of growth and development through circular causality, drawing on many of the principles of the fields of Enaction and Systems Dynamics.