Virtual Robots

A VRbot is an artificial intelligence unit that functions within a Virtual Reality (VR) environment. Virtual reality is an extremely helpful tool for telerobotics (human activation of a robot by remote control). Telerobotics can be used in dangerous or adverse worlds such as: other planets; radioactive areas; chemically or biologically toxic areas; war zones; bomb hazard areas; beneath the surface of the earth; or on the ocean floor. For instance, telerobotics with a VR interface was used to fix the Hubble Space Telescope. For applications in which work is required on a scale which may be too large or too small for unaided human manipulation, virtual robotics can also span the scale barrier. Human movements can be virtually amplified to work heavy equipment for mineral extraction, excavation, or construction. Human movements can be virtually miniaturized for microsurgery, genetic engineering, molecular modeling, or nanomanufacturing. Use of Virbots (Virtual robots) in software or artificial intelligence may be next. performing tasks at a distance with teleoperation covers more information along these lines.

Vision is probably the single most important sense through which humans receive information concerning their setting. Nonetheless, interaction is a two-way street. Not only do people receive information from their setting, but people also modify their environment. This is true in simulated worlds as well as the real world. Vision may be dominant in communication from computers to humans, but movement and touch (called "haptics") currently have top priority with respect to interaction from humans to computing systems. Human-to-computer communication based on hand and body motion is much farther developed than human to computer communication based on eye movement. Link to proprioceptors and mechanoreceptors for more on VR.

Virtual Reality is already a multi-billion-dollar field with uses in amusement, information analysis, design, medicine, robotics, trade, navigation, military, real property, travel, dating, sports and instruction. Several forces are likely to speed up growth in basic VR applied science and expand its application to diverse industries. Evolutionary and revolutionary (e.g. nanotech computing, holographic computing, biological and quantum computing) advances in computing will enhance the performance and decrease the price of Virtual Reality systems available to businesses and the general public. Disruptive technological advances in computer-enhanced vision and computer-brain connections will probably lead to next-generation image projection systems absent shutter glasses and linked nausea. Continued advancement in the area of telerobotics will rise the demand for top-quality VR-based interfaces for human operators. advanced interactions and virtual reality discusses additional information about these concepts.

Besides its use in directional assistance of jet craft and ships, Virtual Reality (VR) has several potential military uses including telerobotics for surveillance or (some day) active battle in dangerous areas. VR-based simulations are also helpful for training for combat situations and anti-terrorism scenarios. virtual reality and aeronautical navigation also has interesting notes on this topic.