Publication | Closed Access
Computation and cognition
685
Citations
27
References
2003
Year
EngineeringCognitionComplex SystemsSocial SciencesCognitive TechnologyCognitive ArchitectureCognitive ConstructionExact NatureCognitive DevelopmentCognitive ComputingCognitive NeuroscienceDynamic SystemsCognitive ScienceDynamic ComputationalismCognitive State TransitionsMental ModelExperimental PsychologyProcess DynamicsCognitive DynamicsCognitive ModelingPhilosophy Of Mind
Abstract In this paper I look at three theories regarding the exact nature of cognitive state transitions. I briefly dismiss dynamic systems theory as providing no clearly specified explananda consistent with notions of cognition. For remainder of the paper, I focus upon ‘classical’ cognitive science and dynamic computationalism. I present and criticize the two most prominent arguments in the literature. I suggest that proponents of each of these arguments in the literature misunderstand or misapply the technical notions to which they appeal. I conclude the paper by arguing that properly understood, all the types of arguments in the literature support dynamic computationalism. Keywords: Dynamic Systems TheoryClassical Cognitive ScienceDynamic ComputationalismComputational EquivalenceSystematicity
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