Augmented reality ability
Augmented Reality is able to extract visual data and information in two different ways: tracking markers and image recognition via smartphone and camera.
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Marker tracking using a square marker encoded with ID while image recognition uses 2D images such as product packaging, photos and paintings. With this data, software distinguishes where physically located through markers or images. In addition, other tracking methods have continued to be developed including tracking 3D objects for toys, furniture, sculptures, and other things that are recognized by the software.
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The main type of augmented reality application
Smartphones often come to mind when you hear the term 'augmented reality'.
AR-based projection
Projection-based projects light, digital images, objects, and the environment into the surface in two methods. One interactive where a particular object is projected to the surface and by touching the projection, certain objects will function. On the other hand, non-interactive methods are widely used to create fraud on certain positions, orientation, and depth of an object. Both methods are very efficient in different industries, especially in education and health care.
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This type uses image recognition for detection of patterns or image markers. After the application can recognize images or objects, the information will be available. AR-based recognition applications use different methods to recognize objects and identify information. One of them is a simulation of objects in 3D where non-3D images are used as markers to create the 3D version itself. The other is a translation of various foreign words detected where optical character recognition technology is used through cameras and translated into common or user liked languages.
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AR locations
GPS, accelerometer, and digital compass are used in the AR-based location application to create locations and make augmented reality objects. Besides being able to use this application like a map, it can also provide and formulate interesting locations to visit based on the current location you are in or searched before. It can also provide additional information and trivial matters about certain locations that are again, can help tourists and tourists around the world.
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Using cameras and sensors, outlining AR applications is largely used in vehicles and roads. Decipher the ar is used especially in a car that helps you every time you park it. Cameras and sensors allow you to view and see boundaries in an environment that cannot be seen in the rearview mirror. It is also used by architects and engineers to learn the location where the pillars and metal rods must be built for construction without having to use a lot of time on paper images.
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Popular in the Health Sciences Industry and Medical Sciences are AR-based SuperiMosition applications. Doctors usually use this technology to exchange the views of patients' body parts such as bones, tissues, muscles, and organs to better understand damage and provide timely care. Another example of the superimosis implementation is in military applications where the vision of objects and important targets is easy to see.
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