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IMAGE: A Computer-Aided Cognition Capability for Understanding Complex Systems
Author(s) -
Daniel Lafond,
JeanFrançois Gag,
Sébastien Tremblay,
Michel Lizotte
Publication year - 2009
Publication title -
electronic workshops in computing
Language(s) - English
Resource type - Conference proceedings
ISSN - 1477-9358
DOI - 10.14236/ewic/ndm2009.28
Subject(s) - computer science , cognition , set (abstract data type) , originality , representation (politics) , comprehension , human–computer interaction , data science , visualization , cognitive computing , empirical research , image (mathematics) , artificial intelligence , knowledge management , neuroscience , politics , creativity , political science , law , programming language , philosophy , epistemology , biology
Motivation - Computational models are increasingly used to gain insights into complex phenomena. However, better tools are needed to analyze and understand them. Research approach - We describe the IMAGE technology and an ongoing empirical evaluation of IMAGE compared to a baseline condition. Findings/Design - IMAGE provides interactive visualizations to facilitate the management and comparison of multiple simulations, the exploration of data, and the explicit representation of knowledge. Research limitations/Implications - While it may not be possible to fully understand nor predict the behaviour of complex systems, analysts and decision makers would benefit from technologies designed to facilitate their analysis. Originality/Value - IMAGE is a set of advanced technologies working in synergy that seeks to augment comprehension of complex systems. Take away message - IMAGE provides powerful innovative tools for simulation, exploration, and representation--three functions that the human mind cannot perform effectively in complex settings without the support of cognitive artifacts.

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