Abstract
Perceptual processes play a central role in the planning and control of human voluntary action. Indeed, planning an action is a sensorimotor process operating on sensorimotor units, a process that is based on anticipations of perceptual action effects. I discuss how the underlying sensorimotor units emerge, and how they can be employed to tailor action plans to the goals at hand. I also discuss how even a single action can induce sensorimotor binding, how intentionally implemented short-term associations between stimuli and responses become autonomous, how feature overlap between stimulus events and actions makes them compatible, and why action plans are necessarily incomplete.
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Notes
James (1890) extended this limited-capacity logic to explain how activated action plans (i.e., the actions one “thinks of”) can be held in check: thinking of an action may indeed prime corresponding motor structures to a degree that triggers its execution unless one manages to think of another action that is incompatible with it. However, there is a theoretical alternative to this inhibitory control strategy: the execution of an action may not only require a worked-out plan to be carried out but also a go signal to eventually trigger the execution (Bullock and Grossberg 1988). Indeed, evidence from dual-task studies suggests that planning and executing an action are dissociable processes (De Jong 1993; Ivry et al. 1998; Logan and Burkell 1986).
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Communicated by Irene Ruspantini and Niels Birbaumer
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Hommel, B. Perception in action: multiple roles of sensory information in action control. Cogn Process 6, 3–14 (2005). https://doi.org/10.1007/s10339-004-0040-0
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DOI: https://doi.org/10.1007/s10339-004-0040-0