Search Results - "McBeath, M K"

How Baseball Outfielders Determine Where to Run to Catch Fly Balls by McBeath, Michael K., Shaffer, Dennis M., Kaiser, Mary K.

“…Current theory proposes that baseball outfielders catch fly balls by selecting a running path to achieve optical acceleration cancellation of the ball. Yet…”
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Dynamic frequency change influences loudness perception: a central, analytic process by Neuhoff, J G, McBeath, M K, Wanzie, W C

“…Three experiments showed that dynamic frequency change influenced loudness. Listeners heard tones that had concurrent frequency and intensity change and…”
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Lateral motion bias associated with reading direction by Morikawa, K, McBeath, M K

“…We found that when Americans view ambiguous lateral long-range apparent motion, they exhibit a robust bias to experience leftward movement. In successive…”
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The rising fastball: baseball's impossible pitch by McBeath, M K

“…Batters in professional baseball are confronted with pitches that appear to curve, dip, wobble, or rise. The rising fastball is a pitch where the ball appears…”
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The Doppler illusion: the influence of dynamic intensity change on perceived pitch by Neuhoff, J G, McBeath, M K

“…Four studies illustrate a new auditory illusion associated with the Doppler effect and demonstrate a new influence of dynamic intensity change on perceived…”
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Anatomically-driven Visual Neural Model Assessments Predict Temporal Thresholds Associated with the Dorsal and Ventral Systems by Holloway, S. R., McBeath, M. K.

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Color Helps Isolate Dorsal Stream Contribution to Shape-Recognition Task by Holloway, S. R., McBeath, M. K., Macknik, S. L.

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Tops are more salient than bottoms by Chambers, K W, McBeath, M K, Schiano, D J, Metz, E G

“…Past research has verified that observers assume that objects are reliably oriented with respect to a gravitationally centered coordinate system. Observers…”
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Judging Speed of Baseball Pitches in a Batting Cage by McBeath, M. K., Hinrichs, R. N., Babendure, J. R.

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Artificial Neural Networks Susceptible to Geometric Visual Illusions by Holloway, S. R., da Silva, F. J. K., McBeath, M. K.

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Apparent motion between shapes differing in location and orientation: a window technique for estimating path curvature by McBeath, M K, Shepard, R N

“…When a shape is alternately presented in two positions differing in both location and orientation, apparent motion tends to be experienced over a curved path…”
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New objective psychophysical methodology for independently assessing dorsal and ventral processing systems in human vision by Holloway, S. R., Dolgov, I., McBeath, M. K.

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Forward-Facing Motion Biases for Rigid and Nonrigid Biologically Likely Transformations by McBeath, Michael K., Morikawa, Kazunori

“…When observers are presented directionally ambiguous motion, they exhibit a bias for experiencing movement in the direction in which shapes appear to face. We…”
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Human Strategies Used to Navigate a Real-World 50-Foot Diameter 11-Arm Radial-Arm Maze by McBeath, M. K., Baxter, L. C., Grunfeld, I. S., Camp, B. W., Mennenga, S. E., Brewer, G. A., Bimonte-Nelson, H. A.

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The Naive Physics Curvilinear Impetus Bias does not Occur for Locomotion by McBeath, M. K., Brimhall, S. E., Miller, T. S., Holloway, S. R.

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Baseball's paradoxical pop up: Physics and fielder control strategy can lead to lurching by McBeath, M. K., Bahill, A. T., Nathan, A. M., Baldwin, D. G.

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Human and robot ball catching on a Hill: Is the control geometry on the level or atilt? by McBeath, M. K., Sugar, T. G., Paranjape, A., Dolgov, I., Wang, W.

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Comparison of active versus passive ball catching control algorithms using robotic simulations by McBeath, M. K., Sugar, T. G., Shaffer, D. M.

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Catching ground balls: Optical control heuristics used by humans and robots support a unified fielder theory by McBeath, M. K, Sugar, T. G, Thompson, M. J, Mundhra, K.

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Amelioration of axis-aligned motion bias for active versus stationary judgments of bilaterally symmetric moving shapes’ final destinations by Dolgov, Igor, Birchfield, David A., McBeath, Michael K., Thornburg, Harvey, Todd, Christopher G.

“…Recent research confirms that observers’ judgments of projected final destinations of axis—trajectory misaligned moving figures are biased in the direction of…”
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