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When the interval between a transient ash of light (a "cue") and a secondvisual response signal (a "target") exceeds at least 200ms, responding isslowest in the direction indicated by the first signal. This phenomenon iscommonly referred to as inhibition of return (IOR). The dynamic neural fieldmodel (DNF) has proven to have broad explanatory power for IOR, effectivelycapturing many empirical results. Previous work has used a short-termdepression (STD) implementation of IOR, but this approach fails to explain manybehavioral phenomena observed in the literature. Here, we explore a variantmodel of IOR involving a combination of STD and delayed direct collicularinhibition. We demonstrate that this hybrid model can better reproduceestablished behavioural results. We use the results of this model to proposeseveral experiments that would yield particularly valuable insight into thenature of the neurophysiological mechanisms underlying IOR.

Using a Dynamic Neural Field Model to Explore a Direct Collicular Inhibition Account of Inhibition of Return