What are the different types of virtual reality systems?

stereoscopic displays, haptic systems and widespread reality are virtual reality systems available to individual consumers and industries. Virtual reality systems allow people to view three -dimensional (3D) television films and interact with images of virtual reality overlapping in real life. These technologies can be used for entertainment, as training tools and as rehabilitation AIDS. For decades, the industry has created this effect by filming images at different camera angles that, when wearing stereoscopic lenses, created a 3D effect. 3D TVs and advanced display displays create the same effect without required more glasses. Virtual reality games create a sense of multidimensional environment by changing the angle of observation of the game camera through long -distance controls. Players have the opportunity to play on 3D TV games or using glasses.

Some electronic devices for glasses provide stereoscopic driveThe ice on the scene, while others connect to game units or personal computers and design a large or environment of 3D virtual reality. More advanced technologies include devices equipped with head tracking sensors and provides users a sense of surrounding the virtual reality environment. Changing the head positions up, down or to the side of players visualize the game scene as if they were standing in a real environment. Computer simulated environments continue to deal with moving platforms that lean and turn in harmony with what happens on the screen and create a haptic interface.

haptic systems are virtual reality systems that provide viewers with a combination of sound, visual and tactile effects. This technology generally requires in addition to stereoscopic glasses, vests or moving platforms. Sensors detect the body movement and createThe physical feelings. Headgear contains stereo audio output while providing 3D head visualization. Sensory gloves can detect hand and hand movements and display these actions on the screen.

Gloves full of haptic interface send tactile feelings back to the participant in the form of pressure or vibration. Similarly, haptic sensory vests detect physical location and react with physical multi -way pressure. In addition to the fact that these virtual reality systems are popular for the game environment, they train pilots with flight simulation, soldiers in combat situations and medical students in surgery. Advanced prosthetic limbs contain haptic sensory technology that allows patients to experience tactile feelings through the device or control the limb by mental stimulation.

using specially designed heads, cameras or fingers, individuals Augmented Reality Systems similar technology that has sometimes appeared in popular SCI -Fi films. These virtual r systems rEalites allow users to produce and manipulate virtual life objects in real life in the form of three -dimensional displays or other forms of visual data. This technology allows users to change the arrangement of virtual furniture in the actual living space or display other information about the product or target, while viewing the actual item or location.