Results 221 to 230 of about 396,992 (267)

Site Response to Vertical Earthquake Motion

Geotechnical Earthquake Engineering and Soil Dynamics IV, 2008
Evaluation of ground response is one of the fundamental problems in earthquake geotechnical engineering. Current practice has tended to focus on horizontal earthquake motion and ignore the effect of vertical motion. Because of strong vertical ground motions recorded in recent earthquakes, great concern has arisen over the behavior of vertical motion ...
Yang, J, Yan, XR
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Responsive characters from motion fragments

ACM Transactions on Graphics, 2007
In game environments, animated character motion must rapidly adapt to changes in player input - for example, if a directional signal from the player's gamepad is not incorporated into the character's trajectory immediately, the character may blithely run off a ledge.
McCann, James, Pollard, Nancy S.
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Galvanic Skin Responses to Motion Pictures

Perceptual and Motor Skills, 1970
Number and amplitude of galvanic skin responses (GSRs) during rest, during a bland and during a stressor film were examined in 20 male student Ss. The Zuckerman Multiple Affect Adjective Check List (MAACL) was administered before and after both stressor and bland films.
C, Kaiser, R, Roessler
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Reproducing the Flow Response to Actuator Motion

Journal of Computational Physics, 1998
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Hofmann, Lorenz M., Herbert, Thorwald
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Temporal integration of sound motion: Motion-onset response and perception

Hearing Research
The purpose of our study was to estimate the time interval required for integrating the acoustical changes related to sound motion using both psychophysical and EEG measures. Healthy listeners performed direction identification tasks under dichotic conditions in the delayed-motion paradigm.
Lidia B, Shestopalova, Ekaterina A, Petropavlovskaia, Diana A, Salikova, Varvara V, Semenova   +3 more
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Motion-responsive regions of the human brain

Experimental Brain Research, 1999
Functional magnetic resonance imaging was used to map motion responsive regions of the human brain by contrasting passive viewing of moving and stationary randomly textured patterns. Regions were retained as motion responsive if they reached significance either in the group analysis or in the majority of hemispheres in single-subject analysis.
S, Sunaert, P, Van Hecke, G, Marchal, G A, Orban   +3 more
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Neuromagnetic Response to Body Motion and Brain Connectivity

Journal of Cognitive Neuroscience, 2009
Abstract Visual detection of body motion is of immense importance for daily-life activities and social nonverbal interaction. Although neurobiological mechanisms underlying visual processing of human locomotion are being explored extensively by brain imaging, the role of structural brain connectivity is not well understood.
Marina Pavlova, Christel Bidet-Ildei, Alexander N. Sokolov, Christoph Braun 0001, Ingeborg Krägeloh-Mann   +4 more
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Motion Blurring with Decaying Detector Response

Applied Optics, 1971
The spread function and optical transfer function associated with image motion relative to the recording medium are derived and generalized to cover media whose response changes with time. Specific expressions are derived for an exponentially decaying response and three types of image motion: linear, sinusoidal, and random walk.
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The Effects of Complex Stapes Motion on the Response of the Cochlea

Otology & Neurotology, 2008
The piston-like motion of the stapes footplate is the only effective stimulus to the cochlea, and rocking-like stapes motions have no effect on hearing.Studies of the vibration of the stapes in response to acoustic stimulation of the normal ear have revealed a complex movement pattern of its footplate.
Huber, A M, Sequeira, D, Breuninger, C, Eiber, A   +3 more
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Response theory and reduced equations of motion

Physical Review E, 2009
Nonlinear response theory for a relaxation experiment is used to derive classical and quantum-mechanical equations of motion for reduced distribution functions or density matrices, respectively. The classical equations are linear, but the quantum ones are not. The results are analyzed in the weak-coupling and separation-of-time-scales limits.
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