Modeling
Human behaviour and cognition,
mathematically speaking
"It is a common failing – and one that I have myself suffered from – to fall in love with a hypothesis and to be unwilling to take no for an answer. A love affair with a pet hypothesis can waste years of precious time. There is often no finally decisive yes, though quite often there can be a decisive 'no'."
— Peter Medawar (Nobel Laureate in Physics)
Posted on 2007 January 07 @ 10:35 - filed under Modeling
An "Insight" article in the January 2005 edition of Scientific American profiled robot guru/maverick Hans Moravec. From the article, this interesting illustration:
Raw computing muscle, as exemplified by a plot of 120 top machines of their time since 1940. ENIAC, in 1946, had the processing capacity of a bacterium. A 1990s IBM PC was on par with worm-brains, while high-end desktops today are at guppy-level. Moravec suggests that by 2040, computers will reach human levels of brain power.
Posted on 2006 September 04 by Auke Slotegraaf - filed under Modeling
Bruce D. shares his thoughts on: Can people, in principle, be modeled mathematically? more
Posted 2006 August - filed under Modeling
JASSS: The Journal of Artificial Societies and Social Simulation
Structure and Dynamics: eJournal of Anthropological and Related Sciences
Peter Turchin's Cliodynamics page
Index of web-resources at the Adaptive Behaviour and Interaction Research Group, Spain.
Repast: A Software Toolkit for Agent-Based Social Science Modeling
Artificial Life Bibliography of On-line Publications, maintained by E.A. Di Paolo (Univ.Sussex)
Posted 2006 July - filed under Modeling
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Posted 2005 August 01,Updated 2006 June 13 - filed under Modeling.
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Keywords: Modeling, human behaviour, cognition
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