Intelligence without representation
Artificial Intelligence
Artificial Intelligence
Vision: A Computational Investigation into the Human Representation and Processing of Visual Information
Do sensorimotor dynamics extend the conscious mind?1
Adaptive Behavior - Animals, Animats, Software Agents, Robots, Adaptive Systems
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O'Regan and No脙芦's sensorimotor approach rejects the old-fashioned view that perceptual experience in humans depends solely on the activation of internal representations. Reflecting a wealth of empirical work, for example active vision, the approach suggests that perceiving is, instead, a matter of bodily exploration of the outside environment. To this end, the approach says the perceiver must deploy knowledge of sensorimotor contingencies, the ways sense input changes with movement by the perceiver or object perceived. Clark has observed that the approach faces a challenge accounting for the experience of temporal duration, since event-like properties cannot be characterised by reference to the sensory consequences of possible movements. This paper argues that the account can best be shored up by emphasising, more than No脙芦 does, the dependence of perceptual experience, in general, on temporally extended, organismic interaction with the outside environment. The paper argues, moreover, that an 'extensionalist' account of temporal experience could help make sense of object experience, which is itself, plausibly, an experience of temporal duration.