Online Virtual Reality

When virtual reality and the internet converge, human interaction will never be the same again. Virtual communities, virtual trade, virtual dating, and a host of other online interactions will rise to a new level of engagement and sophistication. At this time, RealityVirtual.com is an informational site that focuses on the current and future applications of virtual reality online. While applied science now helps people to interact virtually at a distance, people still value face-to-face social interaction. They will continue to enjoy getting together in one location for virtainment experiences. Accordingly, there will always be a place for movies, even as they evolve with interactive and three-dimensional features. Virtual reality movies ("virties") will be very different from the crude 3D movies of the mid-20th century. Virties will feature realistic three-dimensional images and audience communication. For greater depth, see also virtual reality dating .

A major growth area for virtual reality applications is the practice of medicine. Virtual reality is used in numerous ways for diagnostic purposes, treatment, instruction, and research. Virtual-reality applications help physicians to identify and remove malignant tissue. Medical robotics ("medibotics") with virtual reality interfaces enable microsurgical operations with greater precision than traditional operating procedures. Virtual Tomography (VT) integrates multiple Computerized Tomography (CT) or Magnetic Resonance Imaging (MRI) scans of internal body structures with simulated haptic interfaces. Endovascular physicians use 3D images to guide placement of catheters and stents inside blood vessels. virtual reality and psychological treatments provides more about this.

Virtual reality is an extremely helpful tool for telerobotics (human activation of a robot by remote control). Telerobotics is used for work in dangerous or hostile environments such as: outer space; places with radioactive contamination; chemically or biologically toxic areas; combat zones; minefields; under the earth; or on the ocean floor. For example, telerobotics with a virtual interface was used to fix the Hubble Space Telescope. For uses in which work must be done on a scale which is either too large or too tiny for unaided human direction, virtual automation can also span the scale barrier. Human movements can be virtually amplified to work heavy hardware for mining, earth moving, or construction. Human movements can be virtually reduced in scale for microsurgical operations, genetic engineering, molecular modeling, or nanomanufacturing. Use of virbots in software or computer intelligence is less common, but evolving. Sub-page virtual reality and computer vision covers more useful information on these technologies.

The most popular type of sound-based interaction from people to computing systems is voice recognition. Speech interpretation technology has improved considerably independently of Virtual Reality. The application of advance voice interpretation systems to virtual reality greatly enhances the scope and believability of the human to computer interaction. computer simulated environments also deals with this virtual reality material.