Applications of augmented reality

Introduction

When digital content is added onto a live camera feed, making, digital objects seem as though it is part of the real physical environment around you, augmented reality AR is said to be on its job. This is only possible with computer vision, which distinguishes AR, from VR, it uses headsets and haptic sensors to immerse people totally in the digital environment.

As we are aware of the use of AR in real-life settings and its impact. We are going to analyze the application of augmented reality. Which are the following.

• TV broadcasts are increasingly utilizing augmented reality

Now AR become a common part of TV, used in sports events and weather reports. These are the ideal application of augmented reality in the digital world, in general, it truly brings some themes to life. AR could be used to explain more complex and critical topics in instructional films, live sporting events, or other live news coverage. The BBC of America coverage of the general election of the USA is a wonderful illustration. This use of augmented reality (AR) was interesting and immersive.

• AR is fantastic for modeling and interior design

AR is the technology that provides planning for the construction of buildings. In the planning stage, AR can make it easier for engineers to see their expected final ideas.

They can even use headsets to take virtual tours of their products and experiment with them in an entirely realistic setting. Even city planners could simulate the full layouts and structures of the cities to take tours and might benefit from this. Any task including spatial design is ideal for augmented reality.

• AR steps into the classrooms

AR may also be used in your child’s school, to engage your child in the teaching-learning process which is an amazing use. It assists the kids to take an interest in the topic at hand, teachers start using augmented reality in the classroom.

Children of all ages may benefit from engaging and can enjoy the classroom environment with AR, and immersive learning experiences with augmented reality, from astronomy to music classes.

• F-35 Helmets use AR

As usual, a common person thinks that the F-35 airplane is very expensive, but they don’t know that the helmet used in it is also very expensive the price is 400,000 dollars.

These helmets are modified specifically to overlay augmented reality objects, like a live video of a fighter’s external cameras, into the pilot’s field of vision.

This enables the pilots to see the whole circumference of the aircraft. In addition, pilots got the option of zooming in on any points of interest and being warned by the aircraft.

Additionally, it also works on future features, a virtual HUD, weapon system, targeting system, and night vision which enables the pilot to see even in the dark and also can see 360 degrees.

• Auto technicians are joining the AR game

Porsche the car manufacturing brand has been working with augmented reality (AR) as a new technique to reinforce the workers when servicing and maintaining its customers’ “trustworthy and fullness of expectations. It allows the brand to take a look at the inner and outer problems of the car to identify the issues and then resolve them.

Using AR and working with automobiles, a Porsche mechanic can then instruct others through live lectures, video lectures, paperwork, and other important data.

The main purpose is to provide good service to the customers and speedy repair.

• Today’s medical education takes use of AR

Medical education now using augmented reality. Applications include everything from MRI scans to extremely complex surgeries. It can explore the human body with this technology without having to dissect the dead or see live procedures.

But it goes beyond simply training. AR can also be used in surgical procedures to eliminate the need for more intrusive cameras and probes. To enhance the doctor’s vision of the patient’s inside organs. By placing virtual anatomical models onto real patients or giving step-by-step instructions during surgical operations, augmented reality (AR) can support medical training. Medical practitioners can better grasp and be more accurate by visualising complicated medical data.

• Gatwick Airport makes use of AR to make gate navigation easier

AR added real-time directions to the physical environment, and augmented reality can improve GPS navigation work. When using a smartphone, users can see arrows or other visual signals labels that make it simpler to navigate when driving a car, walking on the road, or using public traffic.

Augmented Reality is used by Gatwick Airport’s app to help travelers to get into their planes. Recently the app won an award and become very successful.

?Hope the app will become more mature and make improvements in it will manage the general traffic flow through the airport.

• Home Improvement

?Before making any modifications to your house, AR can be used to see how furniture, paint colors, and decor products might will look. Making enlightened judgments and averting costly errors are made possible as a result.

• Language Translation

?AR is used for language translation when you are traveling in a strange setting or country where you are not aware of the language, AR can also convert the signs and menus in languages.

• Social media filters

Popular social media sites including Snapchat, Facebook, and Instagram uses augmented reality (AR) filters to enable users to edit their images and videos by adding digital objects, masks, or effects and making them more batter and attractive. These filters can add a creative touch to your videos and images.

Conclusion AR application in daily life is how it is serving in different aspects of life and mostly proved beneficial and never disappointing in any field of life. AR technology also working on future advancement if there vis and bug in any field it will reduce it and it will be called with the name ‘future’. We may anticipate many more cutting-edge applications that will further connect virtual and real worlds, revolutionizing our everyday routines, as augmented reality technology