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Computational models of consciousness: a taxonomy and some examples

Ron Sun, Stan Franklin

Cambridge University Press eBooks May 14, 2007 DOI: 10.1017/cbo9780511816789.008 (opens in new tab)

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Characteristics Theoretical or philosophical paper Peer reviewed
Citations 30
Key points Argues that computational cognitive models can provide mechanistic explanations of consciousness, illustrating this with two examples: a model of conscious/unconscious interaction grounded in the representational difference explanation and a software agent model grounded in the access explanation. Contends that such models open possibilities for explaining conscious and unconscious cognitive processes.

Abstract

This chapter aims to provide an overview of existing computational (mechanistic) models of cognition in relation to the study of consciousness, on the basis of psychological and philosophical theories and data. It examines various mechanistic explanations of consciousness in existing computational cognitive models. Serving as an example for the discussions, a computational model of the conscious/unconscious interaction, utilizing the representational difference explanation of consciousness, is described briefly. As a further example, a software agent model that captures another explanation of consciousness (the access explanation of consciousness) is also described. The discussions serve to highlight various possibilities in developing computational models of consciousness and in providing computational explanations of conscious and unconscious cognitive processes.

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