By Benjamin Martin Bly, David E. Rumelhart
The interdisciplinary box of cognitive technological know-how brings jointly components of cognitive psychology, arithmetic, conception, and linguistics. concentrating on the most components of exploration during this box this present day, Cognitive technological know-how offers complete overviews of study findings and discusses new cross-over components of curiosity. participants signify the main senior and well-established names within the box. This quantity serves as a high-level advent, with adequate breadth to be a graduate-level textual content, and sufficient intensity to be a valued reference resource to researchers.
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Extra info for Cognitive Science (Handbook of Perception and Cognition, Second Edition)
Sample text
3 Because the force fields superimposed, Mussa-Ivaldi et al. (1994) could predict the virtual trajectory produced by stimulating the two classes of interneuron pools simultaneously. Note, however, that it was not the virtual trajectory itself that could be obtained by superimposing the two virtual trajectories; rather it was the force field that could be obtained by superimposing the two force fields. Thus, if these different classes of force field-producing interneuron pools are basis functions for the generation of trajectories—which is what Mussa-Ivaldi et al.
Reproduced from Atkeson and Hollerbach, 1985, p. ) when carrying less weight. The pattern of required forces—the relative strengths of the forces that must be applied and the relative times at which they must be applied—must be altered in order to maintain the same profile as speed and load vary. This suggests that the kinematics of the movement are specified independently 1 Coordinate Transformations in Action 13 of the dynamics and that the mapping from the kinematic specification to the dynamic specification (the inverse dynamics) is varied so as to take into account the change in load or overall speed.
3 Because the force fields superimposed, Mussa-Ivaldi et al. (1994) could predict the virtual trajectory produced by stimulating the two classes of interneuron pools simultaneously. Note, however, that it was not the virtual trajectory itself that could be obtained by superimposing the two virtual trajectories; rather it was the force field that could be obtained by superimposing the two force fields. Thus, if these different classes of force field-producing interneuron pools are basis functions for the generation of trajectories—which is what Mussa-Ivaldi et al.