Visual-Vestibular Integration as a Function of Adaptation to Space Flight and Return to Earth

Visual-Vestibular Integration as a Function of Adaptation to Space Flight and Return to Earth

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Publisher's Synopsis

Research on perception and control of self-orientation and self-motion addresses interactions between action and perception . Self-orientation and self-motion, and the perception of that orientation and motion are required for and modified by goal-directed action. Detailed Supplementary Objective (DSO) 604 Operational Investigation-3 (OI-3) was designed to investigate the integrated coordination of head and eye movements within a structured environment where perception could modify responses and where response could be compensatory for perception. A full understanding of this coordination required definition of spatial orientation models for the microgravity environment encountered during spaceflight.Reschke, Millard R. and Bloomberg, Jacob J. and Harm, Deborah L. and Huebner, William P. and Krnavek, Jody M. and Paloski, William H. and Berthoz, AlanJohnson Space CenterMOTION PERCEPTION; ADAPTATION; MICROGRAVITY; GRAVITATIONAL EFFECTS; RETURN TO EARTH SPACE FLIGHT; EYE MOVEMENTS; HEAD MOVEMENT; SPACE TRANSPORTATION SYSTEM FLIGHTS...

Book information

ISBN: 9781723909061
Publisher: Independently Published
Imprint: Independently Published
Pub date:
Language: English
Number of pages: 42
Weight: 122g
Height: 280mm
Width: 216mm
Spine width: 2mm