applications of mixed reality

Jet pilots can view artificially-generated maps overlaid on the horizon or ground. Also, surgeons can perform surgical operations with computerized medical images of interior body structures superimposed on the patient's body. Other mixed reality applications might be mainly virtual with few real elements. As an example, a computer display can show (and allow elementary control from) the motion by an one's hand via an instrumented glove. Mixed reality worlds require proper alignment of the real and virtual components and also rapid responding actions to prevent dysfunctional temporal delays and spatial gaps. Big mixed reality worlds also demand long-range trackers within large spaces or high-performance multi-directional walkways to provide people participating the illusion of long-distance movement. Also consider Panorama View for related material about virtual reality.

Sight is the single critical human sense and 3D depth sensation is at the heart of vision. Thus, 3D sensation is essential for enveloping virtual reality. Human eyes transform light into electrochemical impulses that are transmitted and processed through a series of progressively more complex neurons. Some cells track elementary object and picture components especially edges, color, and motion. Higher-order cells combine these image components and make high-level evaluations about what is now being seen. Cues that people use for 3D sensation are built on this analytic structure and can be categorized into three general areas: interaction among things; the geometry of object edges; and the texture and shading of the exterior exteriors of objects. See also: Virtual Tours Overland Park, Kansas has greater depth.

See Top Virtual Tours for expanded material regarding virtual reality.