Volume 135. Time-to-Contact

Theories of Time-to-Contact Judgment. (H. Hecht, G.J.P. Savelsbergh). Part I. Foundations of Time-to-Contact. The Biological Bases of Time-to-Collision Computation. (B.J. Frost, Hongjin Sun). Building Blocks for Time-to-Contact Estimation by the Brain. (M. Lappe). Predicting Motion: A Psychophysical Study. L.M. Vaina, F. Giulianini). Collisions: Getting Them Under Control. (J.M. Flach et al.). Part II: Different Behavioral Approaches to Time-to-Contact Estimation. Optical Information for Collision Detection During Deceleration. (G.J. Anderson, C.W. Sauer). Interceptive Action: What's Time-to-Contact got to do with it? (J.R. Tresilian). The Information-Based Control of Interceptive Timing: A Developmental Perspective. (P. von Hof, J. van der Kamp, G.J.P. Savelsbergh). A Step by Step Approach to Research on Time-to-Contact and Time-to-Passage. (D. Regan, R. Gray). Textured Tau. (K. Landwehr). Part III. Time-to- Contact as Perception and Strategy. Multiple Sources of Information Influence Time-to-Contact Judgments: Do Heuristics Accommodate Limits in Sensory and Cognitive Processes? (P.R. DeLucia). How Now, Broad Tau? (M.K. Kaiser, W.W. Johnson). The Use of Binocular Time-to-Contact Information. (R. Gray, D. Regan). Interception of Projectiles, from when and where to where once. (S.K. Rushton). Acoustic Information for Timing. (C. Button, K. Davids).Part VI: Time-to-Contact and Action Regulation. Why Tau is Probably not Used to Guide Reaches. (G.P. Bingham, F.T.J.M. Zaal). The Use of Time-to-Contact Information for the Initiation of Hand Closure in Natural Prehension. (F.T.J.M. Zaal, R.J. Bootsma). Another Timing Variable Composed of State Variables: