4 found
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  1.  68
    Visually Timed Action: Time-Out for Tau?James R. Tresilian - 1999 - Trends in Cognitive Sciences 3 (8):301-310.
    Bringing about desirable collisions (making interceptions) and avoiding unwanted collisions are critically important sensorimotor skills, which appear to require us to estimate the time remaining before collision occurs (time-to-collision). Until recently the theoretical approach to understanding time-to-collision estimation has been dominated by the tau-hypothesis, which has its origins in J.J. Gibson’s ecological approach to perception. The hypothesis proposes that a quantity (tau), present in the visual stimulus, provides the necessary time-to-collision information. Empirical results and formal analyses have now accumulated to (...)
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  2.  28
    Grip Force Adjustments During Rapid Hand Movements Suggest That Detailed Movement Kinematics Are Predicted.J. Randall Flanagan, James R. Tresilian & Alan M. Wing - 1995 - Behavioral and Brain Sciences 18 (4):753-754.
    The λ model suggests that detailed kinematics arise from changes in control variables and need not be explicitly planned. However, we have shown that when moving a grasped object, grip force is precisely modulated in phase with acceleration-dependent inertial load. This suggests that the motor system can predict detailed kinematics. This prediction may be based on a forward model of the dynamics of the loaded limb.
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  3.  48
    Selective Attention in Reaching: When is an Object Not a Distracter?James R. Tresilian - 1999 - Trends in Cognitive Sciences 3 (11):407-408.
  4. Motor Control and Learning.Mark Mon‐Williams, James R. Tresilian & John P. Wann - 2003 - In L. Nadel (ed.), Encyclopedia of Cognitive Science. Nature Publishing Group.