linkedin post 2017-03-06 07:42:22

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OUR ABILITY TO PREDICT how any complex system reacts as it gains greater complexity is confounded in all systems by the phenomenon of emergence, or the development of unanticipated traits and phenomena. This is now well recognized in biological systems. Is it equally recognized in increasingly complex computing systems? View in LinkedIn
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linkedin post 2017-03-06 07:44:13

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EMERGENCE may be the fly in the ointment that results in totally unexpected interactions between informational computer codes, giving us the inability to predict, nor control outcomes. The dramatic increase in computer code complexity in the short time it has been on the planet shows no sign of abating. Complex autonomous agents are the engine of emergent phenomena. View in LinkedIn
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linkedin post 2017-03-07 05:45:02

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"LARGE SCALE PATTERNS in the world are usually the result of the interactions of large numbers of smaller pieces that somehow combine in surprising ways to create the large-scale pattern. Such large-scale (macro-) patterns that arise out of the interactions of numerous interacting (micro-) "agents" are called "emergent phenomena" — that is, phenomena that emerge from interactions at a lower level or scale." https://lnkd.in/dPNW2Hi https://ccl.northwestern.edu/papers/MEE/ View in LinkedIn
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