alternative methods of motion and touch interaction

Motion and touch are very important for communication from human beings to computing systems. It takes place through keypad strokes, mouse movements, gesture-sensing gloves, and other motion-registering methods. Motion and touch are also important for interaction from the environment to human beings in the real world, but is unusual in Virtual Reality (VR) due to the constraints of present day applied science. Mechanical machines to track our movement can respond to movement rapidly and precisely. However they can be clumsy to use and limit large-scale motion. Other devices register movement by the interaction of moving objects with magnetism, but these can be inaccurate as well as slow. Other machines use ultrasound to sense the position and movement of one's body. Linked page EST Engineering Systems Technologies also has developments on this virtual reality topic.

Motion and touch as a method of interaction from computing systems to humans is not well developed. Nonetheless, this is still important. One's brain gets large-scale information concerning the positions of body members from proprioceptors that sense muscle movements. The brain also receives small-scale information concerning touch and texture from mechanoreceptors in the skin. Combined information from proprioceptors and mechanoreceptors tells you about tangible characteristics of things in the setting. See Virtual Tours Poughkeepsie, New York as well for more regarding virtual reality.

Sub-page Virtual Reality Television covers similar topics.