Applications of Augmented Reality & Virtual Reality Augmented reality constitutes to be a blend of virtual reality with real life, using layers of computer generation for an improved interaction with reality. The technique is executed with the help of applications like Pokemon GO and is suitable for sporting and driving events. In contrast, virtual reality is a completely artificial and computer-generated simulation of a real experience, which entails the usage of a virtual reality headset, like Oculus Rift to fully engage the user. Let’s explore the technologies in details: Augmented reality (AR): It’s a direct or an indirect observation of a real-life setting whose features are improved by sensory inputs like graphics, videos, sound and GPS (Global Positioning System) data. Virtual reality creates an entirely artificial environment but augmented reality makes use of the current environment and overlays new information on top. The application of Augmented reality is written in special programming language, facilitating the developers to integrate animation and digital information in the computer program. Smartphone applications of Augmented Reality usually contain global positioning system for locating and detecting the exact place of the user. Some AR programs are also used in military for the sake of training, including features of object and gesture recognitions. Applications of Augmented Reality:
Medical Field: Augmented reality helps to reduce operational risk by providing the surgeon enhanced sensory perception. Medical students are using AR technology for practicing surgery in an organized way. The technology can be combined with MRI or X-ray systems and convey everything into a distinct view for the surgeon.
Navigation: GPS systems also using augmented reality to get from one point to another. Using the phone & camera combining with the GPS, the users can see the selected route over the live view in front of the car.
Education: Augmented reality can balance an educational curriculum. Graphics, video, text and audio can be overlaid into the real time environment of a student. Schoolbooks and other educational materials, when scanned by an AR device, yield supplementary info to the student rendered in a multimedia setup. Students are able to partake interactively with computer simulations of historical events, exploring & learning every area of the event site.
Virtual Reality (VR): Virtual Reality creates an artificial environment with software and presents that to the user in such a way that the user accepts it as a real environment. Using virtual reality, an artificial environment gets created with sensors, like the sight, hearing, touch and smell. The technique is also referred to as Head Mounted Display (HMD). Holding up Google Cardboard for placing Smartphone’s display can be enough to get you engrossed in a virtual world. The aim of the hardware is creating a virtual environment without the limits linked to Television or computer screens. Video can be sent from the console or CPU to the headset through a HDMI cable in case of the headsets like HTC, Vive and the Rift. Virtual Reality headsets either use two feeds sent to one display or two LCD displays, one per eye. Lenses are also available which can be placed between your eyes and the pixels, as goggles. Applications of Virtual Reality:
