This index page gives a comparison to John Smart's Philosophy
He states: www.accelerationwatch.com/selforg_selfrep.html
In line with the new paradigm of evolutionary development of complex systems, we are learning that
tomorrow's most successful technological systems must be organic in nature. Self-organization emerges
only through a process of cyclic development with limited evolution/variation within each cycle, a
self-replicating development that becomes incrementally tuned for progressively greater self-assembly,
self-repair, and self-reorganization, particularly at the lowest component levels. At the same time,
progressive self-awareness (self-modelling) and general intelligence (environmental modelling) are emergent
features of such systems.
hiqnews.megafoundation.org/Human-Level%20Intelligence.html
Simulator for neurons: www.neuron.yale.edu/neuron/
Video presents case for robots: video.scifi.com/v/?linkid=23291
Neural Networks: students.50webs.org/e_ai.html
artificial embryogeny (AE) as the sub discipline of evolutionary computation (EC) in which phenotypes
undergoes a developmental phase.
www.aaai.org/Press/Proceedings/aaai06.php
don
He states: www.accelerationwatch.com/selforg_selfrep.html
In line with the new paradigm of evolutionary development of complex systems, we are learning that
tomorrow's most successful technological systems must be organic in nature. Self-organization emerges
only through a process of cyclic development with limited evolution/variation within each cycle, a
self-replicating development that becomes incrementally tuned for progressively greater self-assembly,
self-repair, and self-reorganization, particularly at the lowest component levels. At the same time,
progressive self-awareness (self-modelling) and general intelligence (environmental modelling) are emergent
features of such systems.
hiqnews.megafoundation.org/Human-Level%20Intelligence.html
Simulator for neurons: www.neuron.yale.edu/neuron/
Video presents case for robots: video.scifi.com/v/?linkid=23291
Neural Networks: students.50webs.org/e_ai.html
artificial embryogeny (AE) as the sub discipline of evolutionary computation (EC) in which phenotypes
undergoes a developmental phase.
www.aaai.org/Press/Proceedings/aaai06.php
don
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