virtual reality enhanced surgery

Virtual reality can also help physicians to better identify the boundaries of diseased tissue and extract it from healthy tissue nearby. Medibots guided by virtual reality enable microsurgical procedures on a much tinyer scale and with more precision than is possible with unaided manual surgery. The large scale motion by control panel devices by a physician is translated down to micro scale movements of the robotic elements within the patient. Linked page Santa Barbara TourNOW also deals with similar virtual reality topics.

As applied to virtual reality, intelligence signifies that connections between people and virtual things should come close to following the appropriate tangible, biological, and other rules of such communications in the physical world. This standard is more subtle than the criteria that an artificially-generated or improved setting be engaging, three-dimensional, and immediate. It is also somewhat ambiguous. The amount of difficulty in creating advanced communication between a human and a virtual wall is much less than creating intelligent interaction between a human and a virtual cat. In any event, this characteristic should be considered. It is not enough to have bi-directional information transfers in connections between people and computing systems. These bi-directional information transfers must also make sense to the advanced analytic centers of one's brain. The site on Virtual Tours California expands on this material.

Also Virtual Reality and Surgery covers such material.