Augmented reality is achieved through a variety of technological innovations, which can be applied on their own or in connection with each other to create augmented reality.These;
* General hardware components-processor, display, sensors and input devices. Typically a smartphone is equipped with a processor, a display, accelerometer, GPS, camera, microphone, etc. includes and includes all the hardware needed to become an AR device.Dec.
· Screens – AR monitor is capable of displaying the data perfectly, while the optical projection systems, head-worn displays, glasses, contact lenses, HUD (display overhead), virtual retinal displays, EyeTap (changing a device), there are other systems such as. Light rays that are captured from the environment and replace computer - generated light rays), spatial augmented reality (SAR-which uses ordinary projection techniques instead of any image), and handheld displays.
· Sensors and input devices include: GPS, gyroscopes, accelerometers, compasses, RFID, wireless sensors, touch recognition, speech recognition, eye tracking, and peripherals.
* Most of the development for software – AR will be to decipher more software to take advantage of hardware features. An augmented reality Markup Language (ARML), used to standardize XML grammar for virtual reality, already exists. There are several software development kits (decks) that also offer simple environments for AR development.
There are applications available or under investigation for AR in almost every industrial sector, including Dec.:
* Archaeology, Art, Architecture.
* Trade, Office.
* Construction, Industrial Design.
* Education, Translation.
* Emergency Management, Disaster Recovery, medical and decommissioning.
* Games, Sports, Entertainment, Tourism.
· Military.
· Navigation.
