#AugmentedRealityServices

[ankitaacadereality]

Uses for Virtual Reality in Teaching 

Education is hugely changing, and the methods, as well as tools and techniques of learning and teaching, are taking a shift from standard to modern. Currently, education is taking a shift from blackboards and textbooks to smartphones and smart boards in which watching and listening-based programs take place instead of learning and reading-based programs. 

Also, what is even more vital is that learning is becoming more and more cost-friendly and interactive. Upgrades like animation, graphics, and augmented reality for education are playing a vital role in offering the grounds of great opportunities of knowledge. 

Virtual Reality

The term virtual reality in education refers to the usage of electronic devices and technology to create digital simulations. This places the student in the same setting so that they can not only see the copy but can feel it happening exactly in front of their eyes, as in 3D methods. 

Which is also a part of augmented Reality in education. Being in that technology fixed with the essential particular devices, the consumers can use their sense stimulations to move up and down and to see everything as if they are really a part of a digital world. 

The most standard instance for understanding virtual reality can be a 3 Dimensional picture. Presently, virtual reality in education is being used in different forms in the entertainment spaces, in education, military, healthcare, and in gaming as well. 

Virtual Reality in Education

No technology can change individual interaction totally; what they can do is improve it. Augmented Reality for education is being accepted at large for nearly all students of all age groups. Virtual Reality is a potent tool to give learners a real-life experience and fresh perspective of the thing they are learning without even being there directly. 

In order to provide sufficient tools and achieve all this to perform such sort of educating actions, a lot of uses are being made which seek to submerge new worlds in the classrooms for the learners to learn. 

 Let’s have a look at the different applications of Virtual Reality in Education.

Application of VR in education

Boost student engagement

The immersive virtual reality in education is equipped with sufficient ways to make learning communicative and more engaging. This can help in enhancing student engagement. The more communicative and interactive the classrooms will be, the more members will be eager to learn.

Virtual reality system is an entertaining and comprehensive one where the learners can and easily learn things by relating to them, watching them, and by being a part of whatever they are learning, they can see 3-dimensional images, and with other knowledge like the internet of things in learning, it can be made more engaging and technologically advanced. 

2. Experience-based learning 

Learning by writing or reading something based on the past or the imaginary future, imagining things and questioning what they might feel like, and educating something by seeing them how they have looked for actual are entirely diverse experiences. 

VR education company makes the payment for the latter one. This offers experience-based learning by offering stimulated displays, which makes the learners feel like a part of the system they are looking at; this knowledge can be improved by combining the strategies with sensors, using which the actions of the students can be traced and the displays change, therefore, on the VR screen. 

The learners can see the stuff as they are and form memories that are going to last longer in their minds, allowing them to continue to recall what they learned by feeling them. 

3. Virtual field trips 

Field trips are a vital part of instructive culture, and they tend to offer practicality and exposure to the learners. However, in particular cases, the field trips do not take place due to the COVID-19 pandemic, the educational organizations are shut down, and the journeys are in a difficult scenario. In other cases, particular trips are costly for all the learners to be a part of. 

Virtual Reality can be a wonderful opportunity to take a tour and travel experience without essentially visiting the place in a time-saving and cost-friendly manner. 

4. High tech training 

Virtual Reality in education can be used in offering professional and high-tech-based training to educate individuals about the useful features of execution. They form an actual-seeming atmosphere for the enrolled individuals to practice for the actual-time situation. 

They use virtual reality in education combined with the devices which might get used in the actual situation connected with a wireless system that moves in the training VR screen as they move in actual life. 

Virtual Reality in education can be used to practice battlefield training or real-time combat situations before being a part of medical training and the actual training; this can be used in order to practice digital surgeries and treatment portrayal and have a 3D vision of the human structure to get to understand and know better. 

Not just in these two arenas, Virtual Reality in education can certainly be used in other training like virtual laboratories, disaster management, also mechanicals, etc., to practice cost-friendly and safe learning methodology and get a detailed view of the situation. 

5. Distance learning 

There are sources and educational applications that can be edited from anywhere using just an internet connection and a smartphone. As universities are adopting these methods, they are constructing a portal using which learners can log in and enter the current studies. 

Such uses keep the students connected and allow them to interact, and for that, they do not need to be actually present in a school or institution to be a part of the educational program. 

This eliminates the barrier of physical and location presence to be able to be educated. This removes the time barrier as well. If there are pre-recorded schemes, the individual wishing to learn can use the time to be able to edify himself. 

Learners can rewatch such pre-recorded digital graphics as many times as they want and at their own step using suitable devices. 

Virtual Reality in education exclusively works on the technical dimensions combined with augmented reality in education in making training, collaboration, and distance learning possible, this works by linking the learners and even the distant instructors to communicate virtually and share their ideas. 

Wrapping up

This will not be mistaken to say that virtual reality in education has opened numerous avenues in the education sector for teachers and students. Due to the technical presence being so versatile and wide, the advantages are undeniable; virtual Reality makes the learning and educational impact root deeper than the standard methods; this is also enriched and cost-friendly with the latent to make education practical and interactive. 

For more information about Acadereality , contact us : https://www.acadereality.com/contact-us/

The live demonstrations and training are safer for the students than direct training in some cases; this helps in keeping it also wastage-free and injury-free; no resources or devices are getting wasted in virtual training and recurrent practice. This works with an internet connection and with just a smartphone with evident benefits.

[lucaslagone]

Top Augmented Reality App Development Company

Leading augmented reality app development company delivering top-notch AR app development services helps businesses deliver the best customer experiences using the latest AR Technology.

[monstervr-blog]

AR Marketing for Property. 🤗 MonsterAR is entrusted with creating Augmented Reality-based Applications, in which this technology is used for marketing a property product from MU Weber. 🙏😊 AR Marketing is equipped with various advanced features regarding the details of a building and its explanations. Interested in making AR Marketing like in the video? Contact us via the link in our bio! ☝️☝️ #MonsterAR #monsterarproject #monsterarportfolio #MonsterARActivities #monsterARIndonesia #arindonesia #augmentedrealityindonesia #augmentedrealityindo #augmentedrealityjakarta #augmentedrealitybandung #augmentedrealitysurabaya #augmentedrealitymedan #augmentedrealitymalang #augmentedrealitybali #augmentedrealityyogyakarta #augmentedrealityasia #augmentedrealityapp #augmentedrealitymarketing #augmentedrealitycompany #augmentedrealityservice #armarketing #augmentedrealitymarketing #arproperty #augmentedrealityproperty

[cybersaladflower-blog]

We're living in a time of extreme technological growth, regardless of industry. And the advancements of technologies like augmented reality (AR) can provide a major opportunity to separate your brand from the rest of the pack. ACBL Media Provides AR and VR Services to make a brand to your firm. Visit us: https://www.acblmedia.com Please feel free to contact us +91 8885584469

[xeniumdigital]

BEST AUGMENTED REALITY IN INDIA

Augmented reality technology is the future of information-rich interaction between brand and customers. Xenium-digital is a leading and innovative company that offers a full range of robust augmented reality development to help brands lead the market.

Application-based AR technology takes the virtual experience to the next level by providing more interactive elements within the application. Users can interact with the objects present in the application and thus improve overall engagement.

Application-based AR provides a high-fidelity experience, as augmented reality applications can take advantage of the smartphone or tablet's GPU to display images with much more precision. Application-based AR applications are of two types:

Marker-based AR

In a tag-based application, the AR software needs a tag that identifies the camera and displays the information about the real object. The marketplace can be a QR code or a custom design. The bookmark-based application is widely used because it can be designed, developed and modified faster.

AR without markings

Marker less AR development does not require markings for a camera to project virtual images, and you can easily move the virtual projection. These AR applications are ideal for custom requirements that do not need to be anchored to actual objects.

Allaro Homes teamed up with Xenium Digital to create its first AR app that allows the user to view some of the company's latest custom projects in 3D or AR VR mobile apps. Allaro Homes, the premier custom home builder in Cairns and Townsville for over 30 years, wanted the user to be able to visualize their new homes coming to life with Allaro 3D using the latest augmented reality processes.

The Allaro 3D application, powered by Buzinga , allows the user to take his first virtual steps in the house of his dreams, just like in real 3D movies. This application also allows them to share this experience with family and friends on different platforms, increasing their involvement with Allaro Homes. To enjoy this 3D experience, the user just has to launch the app, point the camera at the back of the Allaro brochure to see a model of a beautiful Allaro house in 3D jump off the page . Then slide the screen to remove the roof and view the interior plan in detail. Swipe again to see additional Allaro homes.

What defines AR & how augmented reality works?

AR technology adds digital details to our physical world. This platform adds layers of information to any real-world physical object by projecting digital graphics on it. Unlike virtual reality, it does not constitute an entirely different ecosystem, but it makes the existing physical object more interactive and informative.

Basically, it superimposes computer-generated graphics over any object, so it looks like a live projection. You must have played numerous smartphone games in which you open your smartphone camera to interact with projected animated characters; all these amazing applications are based on augmented reality.

Another interesting example is the 3d navigation maps. Many smartphones nowadays come with a cool 3d navigation AR app system, which let you project the navigation using a smartphone’s camera. All you need to do is to launch the 3d navigation application, enter the destination, and the path will be displayed in a 3d & interactive digital way which looks pretty realistic and interesting.

How AR works?

To understand the whole concept, first, let’s have a look at what are the main components which perform the whole process. There are mainly three components, which are: 

Hardware

The core components of any AR-based tool are the processor, sensors, input devices, and mainly the display. The display could be a smartphone, handheld device, smart glasses, or the head-mounted displays(HMD). The input devices are either cameras or webcams. Sensors included gyroscope and accelerometer. Mobile devices have all the required specification to run an AR application. 

Software

Special pieces of software like D’Fusion are integrated into the AR-based applications. The overlapping of digital projection over a real-life object is possible by leveraging using 3D software. These array of software are available for computers, and the smartphone app already comes with all the default package. 

Remote Servers

Cloud servers or a dedicated hosting platform is required to render and store the data. As per the request obtained from AR source, virtual images and projections are downloaded from the web or cloud server and shown via a smartphone. As the data generated in the process can be large, using a hosted service or cloud is preferred. 

 The AR process:

The complete AR process comprises of majorly four steps. Let’s have a sneak peek into the AR process and understand what are the key checkpoints: 

3D Concept of App:

The very first thing which comes in the process is the core concept of the application. What are the main functionalities of the application, how the application will look, and how the user will interact with the interface are decided in this phase? 3d prototypes and blueprints are prepared based on the idea which will be used in the designing phase. 

3D Designing phase:

By leveraging the 2d blueprints and 3d prototypes as a reference, the engineer can design the complete flow of the application. The application screens, colour combinations, animation effects are implemented in this step. Once this step is complete, it gives a pretty clear idea of the app’s functionalities. 

 Integration into AR APP:

Once the complete design is ready, it’s time for integrating the whole concept into an AR app. The development phase of the app begins here, and the functionalities are integrated into the AR application. This process gives a powerful backend to the beautiful frontend of the app. 

[davidjason]

Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR) is changing the way that we see business. With already established footholds in #engineering, healthcare, education, defense and aerospace, this #virtual #solution is the wave of the future. visit: https://bit.ly/3pcsKHk

[jayanthitbrc]

Augmented Reality Services Market 2020 - Future Development, Competitive Landscape And Business Strategy Analysis

The Business Research Company published its Augmented Reality Services Global Market Report 2020 which provides strategists, marketers and senior management with the critical information they need to assess the global Augmented Reality Services market. The report provides in-depth analysis of the impact of COVID-19 on the market, along with revised market numbers due to the effects of the coronavirus.

The report covers the Augmented Reality Services market’s segments- by applications into training, annual reports and augmented brochures, architectural projects/new construction, games, trade show environments. View Complete Report: https://www.thebusinessresearchcompany.com/report/augmented-reality-services-market-global-report-2020-30-covid-19-growth-and-change

Augmented Reality Services Global Market Report 2020 is the most comprehensive report available on this market and will help gain a truly global perspective as it covers 60 geographies. The chapter on the impact of COVID-19 gives valuable insights on supply chain disruptions, logistical challenges, and other economic implications of the virus on the market. The chapter also covers markets which have been positively affected by the pandemic.

The global augmented reality services market is expected to decline from $50 billion in 2019 to $48.96 billion in 2020 at a rate of -2.08%. The decline is mainly due to the COVID-19 outbreak that has led to restrictive containment measures involving social distancing, remote working, and the closure of industries and other commercial activities that eventually led to a slowdown in the economy. The market is then expected to recover and reach $148.72 billion in 2023 at a rate of 44.8%. The integration of blockchain technology is gaining significant popularity in the augmented reality services market. Blockchain technology performs several applications that augmented and virtual reality developers are focusing on such as it allows developers to create unique digital assets that users and other developers cannot copy, selling virtual real estate, tracking virtually represented data, and more. Few Points From Table Of Content   1. Executive Summary 2. Augmented Reality Services Market Characteristics 3. Augmented Reality Services Market Size And Growth 4. Augmented Reality Services Market Segmentation 5. Augmented Reality Services Market Regional And Country Analysis …… 25. Augmented Reality Services Market Competitive Landscape And Company Profiles 26. Key Mergers And Acquisitions In The Augmented Reality Services Market 27. Augmented Reality Services Market Trends And Strategies 28. Augmented Reality Services Market Future Outlook and Potential Analysis 29. Appendix Request A Sample “Augmented Reality Services Market” Report At: https://www.thebusinessresearchcompany.com/sample.aspx?id=3258&type=smp

Few Points From List Of Table  Table 1: Global Historic Market Growth, 2015-2019, $ Billion Table 2: Global Forecast Market Growth, 2015-2019, 2023F, 2025F, 2030F, $ Billion Table 3: Global Augmented Reality Services Market, Segmentation By Applications, Historic and Forecast, 2015-2019, 2023F, 2025F, 2030F, $ Billion ……..  Table 27: Craftars Financial Performance Table 28: WEAR Financial Performance Table 29: Next/Now Financial Performance About The Business Research Company:  The Business Research Company is a Business Intelligence Company which excels in company, market and consumer research. It has offices in the UK, the US and India and a network of trained researchers in 15 countries globally.   Contact Information:                                        The Business Research Company https://www.thebusinessresearchcompany.com Europe: +44 207 1930 708  Asia: +91 8897263534  Americas: +1 315 623 0293 Email: info@tbrc.info Follow us on Blog: http://blog.tbrc.info/  Follow us on LinkedIn: https://in.linkedin.com/company/the-business-research-company

[pxrag]

Technical Considerations When Developing Virtual Try-On (Augmented Reality) Using Unity

Augmented Reality (AR) enables the overlay of digital content on the physical world. This AR enables overlaying a digital product on top of a physical world, as one experiences in the Virtual Try-On. Unity, a powerful and versatile platform, is widely used for AR development due to its robust support for 3D rendering, scripting, and integration with AR frameworks like ARKit and ARCore. However, several technical elements should be considered when using Unity to ensure optimal performance and user experience.

Platform and Device Compatibility 

At the outset, developers must identify the audience target platforms (iOS, Android, or both) for the solution. In cross-platform development, developers must consider variations in hardware capabilities (e.g., camera quality, processor speed, and sensors). To ensure seamless operations, the solution should be tested on multiple devices to identify and address device-specific issues.

Choosing the Right AR Framework

Unity supports popular AR development frameworks, including ARKit (iOS), ARCore (Android), and Vuforia (cross-platform). The framework choice depends on the application requirements, such as marker-based or marker-less AR, environmental tracking, or object detection. To optimise alignment with the project goal, the pros and cons of each framework should be evaluated and aligned with functionality and performance needs.

Optimizing Performance

AR applications can be resource-intensive, so performance optimisation should be integral to the development. Some points of consideration are efforts to minimise draw calls (rendering instructions sent from CPU to GPU), reducing the polygon count of 3D models, and optimising textures and shaders. Unity’s Profiler is a valuable tool for monitoring performance metrics and identifying development bottlenecks. Efficient memory management and a steady frame rate are critical for smooth AR experiences.

Spatial Tracking and Anchors

Robust spatial tracking is foundational for AR. Unity and AR frameworks, depending on the target platform, provide tools for motion tracking (Visual-Inertial Odometry—VIO, device position and orientation relative to the environment), environment detection (plane, scene, depth, point cloud), and anchor management.

User Interface and Experience

In AR applications, user interaction spans three dimensions: spatial positioning, viewpoint adjustments, and input methods like gestures, touch, and gaze tracking, necessitating intuitive interfaces. UI elements must adapt to real-world spatial contexts without overwhelming the user. Designing AR interactions that feel natural, such as gaze or gesture-based controls, enhances user engagement.

Testing and Debugging

Testing AR applications requires real-world scenarios to validate functionality. Unity’s Play Mode allows basic testing, but deploying to actual devices is essential for evaluating tracking, performance, and user interactions. Using tools like Unity Remote can streamline this process.

Compliance and App Store Guidelines

Finally, platform-specific development guidelines, regulatory guidelines and user privacy are essential, given that AR uses camera and location data. Addressing these early ensures smooth deployment.

By P-XR AG: Technical Considerations When Developing Virtual Try-On (Augmented Reality) Using Unity

[monstervr-blog]

Anyone interested in making AR for events? 😉 Get the benefits to make your event more interesting and memorable. Call us, contact is in bio! 🤗 #MonsterAR #MonsterARActivities #monsterARIndonesia #arindonesia #augmentedrealityindonesia #augmentedrealityindo #augmentedrealityjakarta #augmentedrealitybandung #augmentedrealitysurabaya #augmentedrealitymedan #augmentedrealitymalang #augmentedrealitybali #augmentedrealityyogyakarta #augmentedrealityasia #augmentedrealityapp #augmentedrealitymarketing #augmentedrealitycompany #augmentedrealityservice #arevent

[monstervr-blog]

Exactly what is Augmented Reality? #MonsterAR #MonsterARActivities #monsterARIndonesia #arindonesia #augmentedrealityindonesia #augmentedrealityindo #augmentedrealityjakarta #augmentedrealitybandung #augmentedrealitysurabaya #augmentedrealitymedan #augmentedrealitymalang #augmentedrealitybali #augmentedrealityyogyakarta #augmentedrealityasia #augmentedrealityapp #augmentedrealitymarketing #augmentedrealitycompany #augmentedrealityservice