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[ get java plugin ]
Representing Dynamic Relations I [ HTML ]
Visual and Auditory Representations
The basic cognitive science approach to Representation [ HTML ]
David Marr
The kinds and the utility of representational systems [ HTML ]
Carmen Bostic St Clair & John Grinder
Enactment: A challenge to representation in knowledge [ HTML ]
Francisco Valera, Evan Thompson, & Eleanor Rosch
First-Example_L4_N16_Twinkling Nodes [ Applet ]
This Java applet demonstrates how system dynamics can be represented visually by twinkling nodes (e.g., Kauffman, 1993). It includes a perturb button and good text.
Using Sound & Nodes to Represent Dynamic Pattern [ Applet ]
Good instructions and text. Uses a system with short basins (L=4, L=8). Gives direct experience with hearing dynamic patterns. Includes visual representation with twinkling nodes so that a direct comparison of hearing and seeing patterns can be made.
Using a Visual Historical Trace to Represent Dynamic Pattern [ Applet ]
Same system as the one directly above, but represents system dynamics as a visual historical trace to allow you to compare (based on your experience with the above applet) these three forms of representation (twinkling nodes, sound, trace).
Twinkling Nodes & Sound Representations for a dynamic system with long tributaries [ Applet ]
How do tributaries effect our ability to perceive dynamic pattern?
Introducing Motion to Representation: Dynamic Pattern Perception |