Augmented Reality (AR) vs. Virtual Reality(VR) vs Mixed reality. What is the difference?

AR, VR and MR might sound the same and it definitely requires you to browse through several websites and books to understand what the difference between them really is. Hey there! We at Karbon Copy are here for just that. Let this article be your guide to clearly be able to define all the three realities and most importantly be able to explain it to your friends and sound real cool.

       1. AUGMENTED REALITY

    DEFINITION:

   One of the main objectives of augmented reality is to draw attention to particular aspects of the physical environment, deepen our comprehension of those aspects, and extract precise and easily understandable knowledge that has practical applications. In addition to providing businesses with insight into customer purchasing patterns, this 'big data' can also assist them make better decisions.

    Augmented reality (AR) is nothing but an enhanced visualization of the real world, that's all. This is made possible by the use of digital data produced by computers. They consist of sensory components like hearing, taste, vision, etc. Augmented Reality (AR) integrates digital content with the physical world through computer gear and software, incorporating apps, consoles, screens, and projections.

    Companies creating the metaverse solutions are seeing a rise in the use of augmented reality (AR), especially in commercial and mobile apps.

         An Understanding  of AR:

    Augmented reality (AR) is a more accurate depiction of the real world made possible by computer-generated digital data. They are made up of various sensory elements, including visual and aural. Through the use of computer hardware and software, augmented reality (AR) integrates digital content with the real world through the use of applications, consoles, screens, and projections.
     Businesses developing metaverse solutions are witnessing an increase in augmented reality (AR) usage, particularly in mobile and commercial applications.
    Amidst the explosion of data collection and analysis, one of the primary goals of augmented reality is to highlight specific elements of the physical world, enhance our understanding of those elements, and extract insightful and easily comprehensible knowledge with real-world applications. 

Watch this video to understand Augmented Reality in 60 sec.

       2. VIRTUAL REALITY

                                            

    Through the use of replicated three-dimensional environments, virtual reality allows users to explore and interact with a virtual environment in a manner that closely resembles reality as experienced by their senses. Computer technology and software are used to generate the environment, but users may also need to wear goggles or helmets in order to interact with it. Users can suspend disbelief and perceive virtual reality as real, even if it is fanciful, to a greater extent if they can fully submerge themselves in the environment and ignore their outside world.

     AN UNDERSTANDING OF VR:

    Virtual reality (VR) works by immersing users in a simulated environment that feels as close to reality as possible. You may want to learn in details about the various components of VR:

• Headsets: Users put on a virtual reality headset, which usually has two display screens, lenses for visual focus, and sensors for tracking head movements.

• Tracking and Sensors: The headset's internal or external sensors monitor the user's head motions and modify the visual display as necessary. This gives consumers the impression that they are in a separate universe as they gaze around.

• Optics and Display: The stereoscopic 3D impression is produced by the VR headset's display displays, which project distinct images into each eye. The visuals are focused by lenses in the headgear, giving them a realistic and immersive appearance.

• Audio: In order to improve the user's sense of presence in the virtual world, a lot of VR systems also come with integrated speakers or headphones that provide spatial audio. 

• Software: Virtual reality experiences rely on certain software and content, This covers interactive experiences, games, simulations, and virtual worlds made specifically to be explored and used in virtual reality.

• Controllers: Users interact with the virtual world using handheld controllers, gloves, or other input devices. These controllers are tracked in 3D space, allowing users to manipulate objects, navigate environments, and perform actions.

                            Watch this video to understand Virtual Reality in 60 sec.

3. Difference between Augmented Reality, Virtual Ritual  and Mixed Reality

    It's common to confuse augmented reality with virtual reality. In augmented reality, virtual information or even an entirely new virtual world is superimposed over the real world environment to complement the experience. Consider the popular mobile game Pokémon Go, where players explore their actual neighborhoods in pursuit of animated figures that appear on their phones or tablets. AR technology is being used by sports team broadcasters to enhance their play analysis.
    On the other hand, virtual reality transports people to a completely new setting, usually one that has been digitally designed and produced. Users of virtual reality, for instance, might become fully submerged in an animated or digital setting. Another way to use virtual reality is to take pictures of real-world locations and include them into VR applications. A virtual reality headgear allows one to explore any country as if it were their own.

CONCLUSION

    With the help of technology, augmented reality replaces the physical world with a virtual one, improving the user's experience and altering their viewpoint. It is applicable to a wide range of fields, including design, gaming, teaching, and shopping. Unlike virtual reality, which is fully digital, this type of reality blends digital visual aspects with the real environment.

    A hybrid of virtual and augmented reality is called mixed reality. Consider using virtual reality goggles to view everything on your desk virtually while seated at your workstation. You can see your hands typing on your keyboard and feel the keys clicking as you look at it. In both the virtual and physical worlds, your water bottle is located exactly next to the keyboard. You can feel and see your hand simultaneously reaching for and grasping it. This, along with a floor that moves beneath you, makes for experiences that have never been had before.

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