Technology is upgrading itself that provides the interface to solve the real world problems like firstly world is introduced by 3-d or 5-d now it has upgraded to augmented reality. The coherent nature of that technology is readily depends on how it will solve the problems on the large scale. Augmented reality (AR) is currently one of the biggest technology trends, and it will be bigger as more access to AR-ready smartphones and other devices worldwide. AR allows us to see digital improvisation in front of us like real nature and real creatures also.
The viable example of Augmented Reality technology is POKEMON GO-in which it specifies the improvisation in such a way so that these Pokémon’s become real like walking creatures on roads.
InoSights of augmented reality
Now, the biggest Question is What is Augmented Reality? Augmented reality (AR) is the interactive and amazing experience of real-world environments where objects in the real world are enhanced by computer-generated perceptual information and digital info graphics. AR is readily depends on three basic features: a combination of real and virtual worlds, real time graphics, and 3-D registration of virtual and virtual objects. This experience is primarily associated with the physical world, which is considered to be the immortal element of this virtual atmosphere.
Augmented reality is synonymous with two broad terms: mixed reality and computer-mediated reality. Augmented reality is used to enhance the natural environment or conditions and to provide conceptually rich experiences.
With the help of advanced AR techniques (such as combining computer vision, incorporating AR cameras into smartphone applications and object recognition), information about the real world around the user is transformed into interactive and digital which dominate the real world. There are many examples of real time engagement with augmented reality like snapshot lens uses in a variety of shopping apps and applications that help you find your car in crowded parking spaces.
Augmented Reality VS Virtual Reality
In Virtual Reality (VR), consumer perception is entirely based on virtual information whereas in augmented reality (AR), the user is provided with additional computer production information that enhances their awareness of reality.
For example, in games, Virtual Reality can be used to create walk-through simulations and AR can be used to super-impose graphics in it and create systemic experience in real life perspective. Some AR applications, such as WITLE, allow users to implement digital objects in a real-world environment, allowing businesses to use enhanced reality devices as a way to visualise their products in the real world.
Augmented reality (AR) is different from virtual reality (VR) in real time interaction which means the AR part of the real time environment is actually adding layers of virtual objects to the real environment. On the other hand, the ambient environment in Virtual Reality is completely virtual as it will specialise the digitisation of objects completely.
How Augmented Reality Works?
An important measure of AR systems is depend on two features first is development and other is designing part. It also depends on how to integrate improvements with the real world like real-world coordinates, camera-independent and camera images. The first step is to find the point of interest, reliable marker or optical flow in the camera image.
This step can use other image processing methods such as corner detection, blob detection, edge detection or thresholding and feature detection techniques. The second step restores the real-world coordination system from the data obtained in the first step.
In augmented reality, there is a distinction between two different methods of tracking, called markers and Tailors are visual cues that trigger the display of virtual information like the camera makes geometric identification by locating specific points in the drawing. Marker less tracking, also known as instant tracking, does not use markers. Instead, the user places the object in a horizontal plane in camera view. It uses sensors on mobile devices to accurately detect real-world environments such as walls and intersections.
Augmented Reality systems rely heavily on user immersion and interaction between the user and the system that contributes to development and adaptability. For most advanced reality systems, a similar design guideline can be followed.
It focuses on Contextual physical design like spatial location, and accessibility that plays a role when using AR systems. In AR systems, it is important to consider the spatial and environmental factors that change the impact of AR technology. Environmental factors such as light and sound can prevent AR device sensors from detecting essential devices and destroy the end user’s immersion.
The purpose of the interaction or mutual design is to isolate or confuse the user by managing the submitted information.
Since user interaction is based on user input, developers need to make system controls easy to understand and accessible. A common technology to improve the usability of enhanced reality apps by searching frequently used areas on the device’s touch display and designing applications to fit control areas. It is also important to create a user travel map and submitted information stream, which reduces the overall cognitive load of the system and improves the learning curve of the application.
Visual design is the existence of an evolving application that engages the user that improves graphic interface elements and user interaction, developers can use visual cues to let users know how elements of the UI are designed to interact and interact with them. By following this Google glasses follow these four working features that defines us the idea for real time user interaction with natural surroundings.
Application of Augmented Reality
Urban Design and Planning
AR systems are used as a collaborative tool for design and planning in a built environment. In this environmental experts can use AR to create projected reality maps, buildings, and data feeds on tablets for collaborative viewing. It provides the specification that designs and plans can be applied to the real world . Design options are expressed on-site and look closer to reality than traditional desktop approaches such as 2D maps and 3D models.
Augmented Reality is used to provide the contrast real time classrooms for extensive knowledge to the students and standard curricula.
Textbooks, and other educational materials embedded or inserted in it when scanned by an AR simulated device, display complementary information to the student in a multimedia format. It contributes heavily in student’s life that can engage interactively and communicate more confidently with knowledge. Instead of remaining passive recipients, students can now become active and great learners, can able to communicate effectively with their learning environment.
Computer-created simulations of historical events allow students to explore and learn the details of each important area of the event.
For example Google classroom is the one example that offers the virtual like experience to the students that can interact heavily and it offers many info graphics tool that demonstrates the better learning to the students
E-Commerce is the emerging retailing sector for developing countries but it gives the better customer experience day by day with lavish innovative tools for example shoplift has developed virtual dressing rooms which gives to proper dressing idea to the customers.
Their merchants can use tools to upload 3D models of their products. Customers can tap the objects inside the safari to see their real world environment. AR can enhance product previews in 3d or 5d experience that allows the user to see what’s inside the packaging without having to open the product.
Augmented Reality can also be used to assist in selecting various products from different catalogues or through kiosks. The Scanned images of different products can activate additional content such as great customisation options and views of additional images of the product in its use.
Augmented reality is being used for online advertising. Retailers offer the ability to upload a photo into their website and try on the different outfits. It is used up in setting dressing booths in department stores that offer full-body scanning. These booths display the user’s 3-D model, allowing users to see different outfits on their own without having to physically change clothes.
AR technology is also being used by furniture retailers IKEA In this Retailers offer the ability to upload a photo into their website and can make up the different composite models that is used to determine which furniture is best for which corner. The application made it possible to place 3-D and True-to-Large furniture designs in the customer’s living space. IKEA realises that their customers often do not shop in stores or buy directly now.
The impacts and future of Augmented Reality
There are still some challenges to the augmented reality. For example, when there will be new technology there will be the cyber problems also in which someone can track the valuable information through their smartphones therefore wearable devices such as augmented-reality enabled contact lenses and spectacles provide users with a more comfortable, detailed view of the world around them.
There is also the challenge of internet addiction that exaggerates on augmented reality means people can understand what they are missing out on in front of them.
Although some tour guides are able to provide interaction, experience and personal touch therefore they prefer to use Augmented Reality apps instead of an experienced tour guide that will boost the tourism in future for sure.
There are also some privacy issues with it. Image-recognition software, in conjunction with AR-Will, allows us to instantly or directly point our phone at people, strangers, and our Facebook, Twitter, Amazon, LinkedIn or other online profiles. Most people at these services volunteer to put information about themselves online, but meeting someone can be an unwanted shock, only to find out immediately about your life and background.
Despite these concerns, imagine the possibilities: You can learn about the city for years by pointing your AR-enabled phone at a nearby park or building. If you do construction work, you can save on materials by using a virtual marker to determine where the beam will go or what structural support to look for.
With this it steals all the information and can use it in personal or leak it in public domain. Over the next few years, we will leapfrog the AR Concept development in terms of software, hardware and new applications. So for our readers we will make the extensive article of AR glasses in the fourth coming blogs and you could say that the future of augmented reality is very bright with flying colours.
FAQ On Augmented Reality
What is Augmented Reality?
Augmented reality (AR) is the interactive and amazing experience of real-world environments where objects in the real world are enhanced by computer-generated perceptual information and digital info graphics. Augmented Reality is readily depends on three basic features: a combination of real and virtual worlds, real time graphics, and 3-D registration of virtual objects.
Difference Between Augmented Reality VS Virtual Reality
Augmented reality (AR) is different from Virtual Reality (VR) in real time interaction which means the AR part of the real time environment is actually adding layers of virtual objects to the real environment. On the other hand, the ambient environment in VR is completely virtual as it will speculative the digitisation of objects completely.
What are the Examples of Augmented Reality?
There are many examples of real time engagement with augmented reality like snapshot lens uses in a variety of shopping apps and applications that help you find your car in crowded parking spaces and POKEMON GO-in which it specifies the improvisation in such a way so that these Pokemon become real like walking creatures on roads.
Read our amazing content, click here, inonations