APPARATUS AND METHOD OF FOR NATURAL, ANTI-MOTION-SICKNESS INTERACTION TOWARDS SYNCHRONIZED VISUAL VESTIBULAR PROPRIOCEPTION INTERACTION INCLUDING NAVIGATION (MOVEMENT CONTROL) AS WELL AS TARGET SELECTION IN IMMERSIVE ENVIRONMENTS SUCH AS VR/AR/SIMULATION/GAME, AND MODULAR MULTI-USE SENSING/PROCESSING SYSTEM TO SATISFY DIFFERENT USAGE SCENARIOS WITH DIFFERENT FORM OF COMBINATION

摘要

This invention is about method and apparatus to provide realistic and anti-motion-sickness of movement/navigation simulation in VR. More specifically about using an innovated "user-intentional head/body motion/acc initiating/surge movement" detection method/apparatus to determine user's intention of movement (such as acceleration aptitude and speed) from user's self-motion and mapping to self-motion in the virtual worlds, with optional haptics/tactile feedback to enable "same spot" (single step range) navigation/movement in simulated environment that towards significantly reduced or eliminated motion sickness caused by the "artificial acceleration/deceleration (including rotation)" in virtual environment (that does not match 100 % in real life). This could (optionally) with multi-use modular sensing/processing system to satisfy different usage scenarios requiring different ways of interaction with different form of combination of hardware.