application of speech recognition to virtual reality

The predominant form of sound-based communication from people to computers is speech recognition. Speech recognition technology has made considerable progress apart from virtual reality. Application of advance voice interpretation systems to virtual reality greatly improves the scope and believability of the communication between human and computer. Linked page Holomatix Ltd also has information.

When simulating the macroscale characteristics of touch and motion, Virtual Reality (VR) systems must simulate the resistance that virtual things would have on movement of body members such as hands and legs. As an example, if one lifts a virtual cube, then one's hand and arm must feel the appropriate resistance so that the virtual cube seems real. Touch and motion based resistance may be transmitted from a computer to one's body though micropressure machines (tiny pistons, inflatable bubbles, and so forth) powered by mechanical motors, magnetism, hydraulics, air, or other media. These micro-pressure machines can be incorporated into glovess, body tightss, or gyroscopic armatures. Direct resistance from 3D fields may be acheived in coming years, but remains experimental. Haptic computer-to-human interaction will become more common as technology progresses, but it is presently less advanced than communication through sight and hearing. If you are interested in more about VR, see Virtual Tours Maine .

The site on Virtual Dating discusses interesting matters in virtual reality.