Emergence of Adaptive Searching Rules from the Dynamics of a Simple Nonlinear System

作者: Valentin A. Nepomnyashchikh , Konstantin A. Podgornyj

DOI: 10.1177/1059712303114002

关键词: Internal noiseTheoretical computer scienceOrder (biology)Nonlinear systemFood consumptionComputer scienceNonlinear oscillatorsSimple (abstract algebra)Dynamics (music)Artificial intelligenceVirtual agent

摘要: Various organisms share certain basic rules for a searching behavior. We hypothesize that these may emerge from properties of nonlinear systems as whole, rather then being evolved scratch gradually. In order to support this hypothesis, we have developed virtual agent consists three simple oscillators. These oscillators are driven by an internal noise, which results in phase transitions their activity. External stimuli modify the activity via sensors and food consumption. The interaction among external influences give rise emergence similar those shared various organisms, thus favoring hypothesis. hypothesis can be verified further investigating types different environments.

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