Virtual Reality Technology

 

The world is constantly changing and we're now able to experience it in a way we never could before with the help of virtual reality headsets.

Virtual Reality is a computer-generated simulation of a 3D image that can be interacted with by a person using special electronic equipment.

 


VR technology transports us into a world that's as real as anything else and is now affordable for many. With VR, we can experience things like flying over the Eiffel Tower, standing on Mars exploring the red planet, or petting a majestic elephant from afar without ever leaving home! We can dive into new worlds and interact with creatures from different planets while experiencing the impossible in a manner that feels very real..

 

But it is almost impossible to understand exactly what Virtual reality is until you experience it. It came about in the 1980s when scientists started experimenting with devices that didn't require the user to wear anything on their bodies.

The best way to think of virtual reality is to imagine a world where you can interact with 3D objects instead of just watching them on a screen attached to your computer. While doing this, you'll be able to turn in 360 degrees and move around in the real world while looking directly into this virtual world.

HOW DOES IT WORK?

Virtual Reality, as you might have guessed, uses virtual reality headsets to surround the user in computer-generated images and sounds from the environment they are seeing. These headsets have two main features: audio and positioning.

Audio provides sounds from the virtual world, which helps users feel more immersed in the environment they are seeing. Positioning helps users understand where they are in relation to their virtual surroundings.

 

   The Main Components of Virtual Reality are:

1.        Virtual Reality headset – It consists of built-in sensors, stereo headphones and blindfolds to give them the perspective of a real world.

2.        Data gloves – It allows the user to interact with virtual objects and has sensors to detect their hand motions.

3.       Sensory Management System – To create a full virtual reality experience, effects like vibration, movement, direction can be felt with the help of this technology.

Virtual Reality is a technology that has been in development for decades and it has finally made significant progress. VR games or videos offer the user a whole new world, and because of this, the applications are virtually limitless.

VR can exist in many different forms: from using your phone to watching a 3D film with special glasses, to buying an expensive headset. VR is making its way into the market slowly but surely. Companies are investing in the technology by creating products that are more affordable for customers. Some companies are even releasing games or documentaries where people can experience something new through their headsets or go on an adventure with their children. It is also being used in military training, social interaction, job training/coaching, healthcare rehab and so much more.

 

The main obstacle here is that, not everyone is ready for such a transformation in technology, and many people who are interested aren't even aware of it. But above all, most people do not realize how much this is already changing their lives in ways they can't even imagine!

 

CREDITS AND REFERENCES:

 Shalmalee Mahajan (SY Manufacturing, Team Tech Tuesday)

 

https://www.igi-global.com/dictionary/virtual-reality/31773

https://www.xrtoday.com/virtual-reality/how-does-virtual-reality-work/

 NOTE:-

This blog is meant for Educational Purpose only .We do not own any Copyrights related to images and information , all the rights goes to their respective owners . The sole purpose of this blog is to Educate, Inspire, Empower and to create awareness in the viewers. The usage is non-commercial(Not For Profit) and we do not make any money from it.


FOLLOW US ON:-

INSTAGRAM :

https://rb.gy/dcv6bf

LINKEDIN:

https://rb.gy/dcv6bf

YOUTUBE:-

https://rb.gy/dcv6bf




Comments

Post a Comment

Popular posts from this blog

Managing Radioactive Waste: Modern Solutions and Innovations

Image
  Modern Solutions for Radioactive Waste Nuclear energy has been one of the few advances we have made to lower our carbon footprint. Nuclear is the world's second largest source of low-carbon power (26% of the total in 2020). Even though nuclear energy is one of the most efficient ways of producing energy, it has been well opposed by many due to the many issues it brings with it, one of them being radioactive waste. Inside nuclear power plants, nuclear reactors and their equipment contain and control the chain reactions, most commonly fueled by uranium-235, to produce heat through fission. The heat warms the reactor’s cooling agent, typically water, to produce steam. The steam is then channeled to spin turbines, activating an electric generator to create low-carbon electricity. During this process, the power plants produce radioactive waste with varying levels of radioactivity which have to be disposed off properly to prevent any mishaps.  This includes its collection and sorting;
Read more

WEB 3.0

Image
  Imagine a world where the internet isn't just a place to browse, shop, and share cat videos, but a decentralized network of interconnected platforms and applications that give users control over their data, privacy, and digital identity. This is the vision of Web 3.0, the next evolution of the internet that promises to transform the way we interact with technology and each other. From blockchain-based social networks and peer-to-peer marketplaces to AI-powered chatbots and immersive virtual worlds, Web 3.0 is poised to unlock a new era of innovation, collaboration, and value creation. But what exactly is Web 3.0, and how does it differ from the current web we know? Let's dive in.   HISTORY: WEB 1.0 and WEB 2.0 Web 1.0, also known as the "static web," emerged in the late 1990s and early 2000s. It was characterized by simple, static web pages that provided information but didn't allow for much interactivity or user participation. Websites were largely created and
Read more

TECHNOLOGY IN SPORTS: CRICKET

Image
  TECHNOLOGY IN SPORTS: CRICKET So as we are approaching the ICC worldcup which will be hosted by India this year, let us address one of the very common questions that most people get while watching this sport. How do the umpires use Snicko and Hotspot? SNICKO: The Snickometer, more commonly called the Snicko, or as we call it, the Ultra-edge, is used to check whether the ball has edged the bat or glove in some way, during the judgement of dismissals of Leg Before Wicket, or Caught behind.  The Snickometer was invented by English computer scientist Allan Plaskett in the mid-1990s. The snickometer was introduced by Channel 4 in the UK, who also introduced the Hawk-Eye and the Red Zone, in 1999.  So how does this work?  The Snickometer uses a very sensitive mic attached to the stumps which is connected to an oscilloscope that measures the sound waves. The mic captures the sound at the moment when the ball nicks the bat. The sound is amplified and filtered out to certain frequencies using
Read more