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ORCIDWorkshop on Motion 1986: Toronto, ON, Canada
- Norman I. Badler, John K. Tsotsos:
Proceedings of the ACM SIGGRAPH/SIGART Interdisciplinary Workshop on Motion: Representation and Perception, Toronto, Ontario, Canada, 1986. Elsevier North-Holland 1986, ISBN 978-0-444-01079-7 - Hans Wallach:
How human perception deals with motion. 1-19 - John K. Tsotsos:
The scope of research on motion: sensations, perception, representation and generation. 20-25 - Steven W. Zucker:
The fox and the forest: toward a type I/type II constraint for early optical flow. 29-62 - George Mather, Stuart Anstis:
Motion perception: second thoughts on the correspondence problem. 63-78 - Joseph S. Lappin:
The representation and perception of geometric structure in moving visual patterns. 79-92 - Edward H. Adelson, J. Anthony Movshon:
The perception of coherent motion in two-dimensional patterns. 93-98 - Marc Green, Michael von Grünau:
Real and apparent motion: one mechanism or two? 99-104 - D. W. Williams, R. Sekuler:
Coherent global motion percepts from stochastic local motions. 105-106 - Bernd Neumann:
Optical flow. 109-120 - Ellen C. Hildreth:
Computing the velocity field along contours. 121-127 - Joachim H. Rieger, Daryl T. Lawton:
Determining the instantaneous axis of translation from optic flow generated by arbitrary sensot motion. 128-136 - Ramesh C. Jain:
Complex logarithmic mapping and the focus of expansion. 137-144 - Nancy Cornelius, Takeo Kanade:
Adapting optical-flow to measure object motion in reflectance and X-ray image sequences. 145-153 - Hans-Hellmut Nagel:
On the estimation of dense displacement vector fields from image sequences. 154-160 - J. K. Aggarwal:
Motion and time-varying imagery. 163-170 - Michael Jenkin:
Tracking three-dimensional moving light displays. 171-175 - Charles Jerian, Ramesh C. Jain:
Determining motion parameters for scenes with translation and rotation. 176-182 - B. L. Yen, T. S. Huang:
Determining 3-D motion parameters of a rigid body: a vector-geometrical approach. 183-195 - Aaron F. Bobick:
A hybrid approach to structure-from-motion. 196-214 - Leonard Uhr:
Multicomputer architectures for real-time perception. 215-223 - Paul A. Kolers:
Motion from continuous or discontinuous arrangements. 227-241 - Myron L. Braunstein:
Perception of rotation in depth: the psychophysical evidence. 242-247 - William A. Simpson:
The cross-ratio and the perception of motion and structure. 248-252 - James R. Pomerantz, Nelson Toth:
Selective attention to aspects of motion configurations: common vs. relative motion. 253-263 - James E. Cutting:
Perceiving and recovering structure from events. 264-270 - Howard Poizner, Edward S. Klima, Ursula Bellugi, Robert B. Livingston:
Motion analysis of grammatical processes in a visual-gestural language. 271-292 - Norman I. Badler:
Motion graphics, description and control. 295-302 - Carol M. Ginsberg, Delle Maxwell:
"Graphical marionette". 303-310 - Mario Fortin, J. F. Lamy, Daniel Thalman:
A multiple track animator system for motion synchronization. 311-317 - David Zeltzer:
Knowledge-based animation. 318-323 - Seshashayee S. Murthy, Marc H. Raibert:
3-D balance in legged locomotion: modeling and simulation for the one-legged case. 324-331 - Reid G. Simmons, Randall Davis:
Representing and reasoning about change. 332-343
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