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Augmented reality

  • By Yazan Darweesh
  • March 23, 2023
  • 411 Views

3D technology 

One of the most important technologies that have changed the shape of the world in recent years, it allows users to see objects and objects in a more realistic and clear way, making them useful in multiple fields. It is a very important technology in the world of design and production, and it has a major role in improving the quality of products and increasing the realism of scenes in movies and games, and in the medical field it can be used to create three-dimensional models of human organs and medical devices, which helps doctors plan surgeries and improve their results This technology can also be used in the design of prosthetics and various medical devices, and in the field of architecture and industrial design, it can be used to create three-dimensional models of products and buildings, which helps to improve design and reduce costs, and this technology can also be used in the design of furniture, furnishings and various accessories, In the game and film industry, they are used to create three-dimensional models of characters, worlds and objects, helping to improve the quality of animation and increase the realism of scenes.In addition, three-dimensional technology can be used in the educational and entertainment toy industry, and in the manufacture of fashion, jewelry and interiors. 
We review 10 cases of application of augmented reality technology (application) 

What is Augmented Reality (AR) | Microsoft Dynamics 365

 


Louvre Abu Dhabi 3D Model(Application): The Louvre Abu Dhabi is one of the most important cultural attractions in the UAE and the entire Middle East. The museum is located on Saadiyat Island, a tourist island with a range of recreational and cultural facilities. 

Opened in 2017, the Louvre Abu Dhabi is a copy of the Louvre in Paris, featuring a large collection of historical and cultural artworks covering different time periods. The museum houses more than 600 works of art, besides, the Louvre Museum in Abu Dhabi is distinguished by its magnificent architectural design, combining modern and traditional style. 

The application of augmented reality to the Louvre Abu Dhabi is attracting more visitors, as they can interact more with art and historical collections. 

 In addition, the use of technology makes it easier for the visitor to browse the collections better, as he can obtain additional information about works of art and history quickly and easily. It also helps in providing an interactive experience for the visitor, where he can control the scene and interact with the objects in it. 

The use of technology contributes to improving the quality of education and education, as the museum can use augmented reality to better illustrate historical concepts and events. The museum can also use technology to show relationships between different objects and illustrate the sources of inspiration for some artworks.   

A three-dimensional display of the Louvre design in Abu Dhabi using artificial intelligence techniques and computer vision in augmented reality is a documented experience on YouTube. 

Reference: 

 1 https://www.louvreabudhabi.ae/ 

 2 https://3dwarehouse.sketchup.com/model/c96762ba-bcda-4380-90d9-d6d4b9302286/Louvre-Abu-Dhabi?hl=en 


3D Burj Alarab (application): Burj Al Arab is one of the most important tourist attractions in Dubai and is considered one of the most iconic buildings in the world. The tower was inaugurated in 1999 and is considered one of the tallest buildings in the world with a height of 321 metres. The Burj Al Arab is characterized by its unique 

design, which resembles the shape of a sailing ship and is considered a symbol of development and progress in Dubai. 

 The Burj Al Arab includes a luxurious hotel with 202 luxurious rooms and suites, and it also includes a group of fine restaurants that serve the most delicious international cuisine. The tower also contains a range of luxurious facilities such as spa baths, health clubs, swimming pools, and other recreational facilities. 

 In addition, the Burj Al Arab offers stunning views of Dubai and the Arabian Gulf, and provides an opportunity to enjoy activities such as surfing and water skiing. 

Augmented reality technology can be used in Burj Al Arab to improve the visitor experience and make it more interactive and unique. The technology can be used to provide virtual tours inside the tower and the hotel, where visitors can explore the facilities and rooms in an interactive and realistic way. 

 The technology can also be used to provide additional information about the design and architecture of the tower, as well as providing information on Emirati history and culture. 

 The technology can also be used to improve the dining experience in the luxury restaurants inside the tower, where visitors can use augmented reality applications to browse the menu and learn about the ingredients and dishes in detail. 

 In addition, the technology can be used to provide entertainment activities such as electronic games and interactive games inside the tower, which increases the tower’s attractiveness as a wonderful tourist destination. 

Reference: 

https://sketchfab.com/3d-models/burj-al-arab-2ae3df991e9041fbbad785e48f9a8418 

https://youtu.be/VAQ2e3Ph_n4 


3D Smart Starbucks Menu (application): Starbucks, the global coffee company, introduces the Smart Menu, which is an innovative step in improving customer experience. This menu is based on augmented reality technology to improve customer experience and facilitate food selection. 

 The smart menu uses smartphones and tablets to display interactive content that helps customers choose their favorite meals in an easy and quick way. The Smart Menu app is downloaded to the user’s phone and opened when they enter a Starbucks branch. 

 The smart menu contains features such as browsing the menu in detail and reviewing the ingredients, price and calories for each meal. Customers can also customize their orders and change the ingredients of the meals as desired. 

 The smart menu helps reduce the time it takes customers to choose and order meals, saving time and making the customer experience smoother and more convenient. It also helps to improve the accuracy of orders and reduce errors in their preparation. 

 The Smart Menu is a great addition to the Starbucks experience, as it helps make the meal selection process easier and more seamless, and helps improve order accuracy and reduce errors. This enhances customer satisfaction and makes them feel comfortable and at ease while visiting Starbucks branches. 

 Augmented reality is used in the Starbucks menu to add additional layers of information to the beverage and food menu. While the paper menu only contains pictures and names of drinks, the app is used to show detailed photos of foods and desserts, as well as information about the sugar and fat content of each product. 

 But that’s not all, AR is also used to show new properties of foods, such as the percentage of caffeine in coffee, and new drink ingredients. The app can also locate the store closest to the user, and provide online ordering options. 

Reference: 

1 

https://sketchfab.com/3d-models/starbucks-coffee-cup-with-removable-sleeve-94c36b8ef05349ab8def6b33720a1907 

2 https://www.starbucks.com/ 


Activating computer vision and detecting a 3D computer vision surface (application): 

Activating computer vision is a process that uses artificial intelligence and machine learning techniques to analyze and understand images and videos. This technology is used in various fields such as face recognition, classification, and detection of various objects. 

One of the uses of computer vision technology is to expose the surface of computer vision. This application is used to determine if the user is looking at the computer screen or not. Computer vision surface detection is the basis for eye control systems, as it helps determine the eye’s focus point and perform accurate calculations of control actions. 

Computer vision surface detection technology is used in infrared imagers and thermal cameras. These devices are installed in different parts of the screen, and special software is used to analyze the captured images. This analysis is used to determine the user’s eye location and the point at which they are looking. 

In general, computer vision technology helps facilitate our lives in many ways. They help improve the eye’s control apparatus, and help determine the focus point of the eye more accurately. This technology can also be used in other fields such as identifying objects and people, 

The application of augmented reality is one of the modern technologies that are used in many fields, including the field of computer vision. It helps greatly activate this field, as it allows users to see things in 3D and interact with them better. 

In this workshop, the possibility of using a mobile phone camera was simulated using an application that runs on Android devices, using the ARCore libraries, the library provided by Google for Android applications, and programming it using the Compiler editor, programming Android Studio, and producing an Android application that can activate this technology and use it to identify surfaces, to know the surfaces of floors, and to locate The mobile device in relation to these surfaces and the possibility of making these surfaces as an augmented reality and a virtual reality within the reality in which the application is used. 

We will attach the technology links and some important links that were used in this experiment 

video on YouTube 

Reference: 

 1 https://developers.google.com/ar/develop/java/quickstart 

 2 https://developer.android.com/studio 

Computer vision for surface detection via AR SDK & Android studio. 


 


3D Motion tracking via valyria ite (application):  

An experience application by clipping a group of objects from a multimedia medium using augmented reality is the latest innovation in the world of applications. This app helps to improve user experience and increase revenue. In this article, we will talk about the importance of applying an experiment by cutting a group of objects from a multimedia medium using augmented reality. 

First, improving the user experience. Users can now enjoy an interactive and interesting experience in apps, using Augmented Reality. Users can see the products in 3D and interact with them directly, which makes the experience more interesting. 

Second, increasing revenue. Companies can take advantage of this technology to better market their products and increase their sales. Companies can create animated images of products and show them to customers using augmented reality, making the products more attractive to buy. 

Third, determine users’ preferences. Companies can use augmented reality analytics to determine user preferences and develop their products accordingly. Companies can identify what users like and dislike, and improve their products accordingly. 

The possibility of using augmented reality with video technology, images and texts, meaning that augmented reality can be used by dealing with videos, images and texts by generalizing augmented reality within educational videos and benefiting from this technology in supporting the educational path as well as benefiting from augmented reality technology in interacting with texts and images in a way general 

In this experiment, the focus was on the type of data that augmented reality can handle, which is images, text, and videos 

In addition, companies can use this application to improve the design of their products. Companies can analyze how users interact with products and improve their design based on that. Companies can also effectively identify design errors and problems and fix them. 

  

This experiment was applied by cutting a group of objects from a multimedia medium, placing these objects in real life, and trying to apply animations to them. 

Computer Vision and Augmented Reality SDK and Android Studio. 

Reference: 

1 https://developers.google.com/ar/develop/java/quickstart 

2 https://developer.android.com/studio 

3 https://www.adobe.com/ae_en/products/aftereffects/motion-tracking.html 

 

https://youtu.be/24gpnQ0eKUY 


3D Night Vision and Surface Detection with Texture (application):  

Night vision and surface detection with texture using augmented reality are modern technologies that are used in many fields, and are of great importance in many fields. 

In the beginning, night vision is one of the modern technologies that help to see things in the dark, and it is used in many areas such as security, defense, hunting, camping, and wild trips, as it helps to improve vision in the dark and avoid the risks that individuals may face in these areas. 

In addition, technology is used in many fields such as education, training and medicine, where it can be used to improve learning and training processes, improve the quality of health services and diagnose diseases. 

In the end, it can be said that night vision and surface detection with texture using augmented reality are among the modern technologies that are used in many fields, and are of great importance in improving the quality of images and videos, improving learning processes, training and health services, and also helping to avoid risks in some areas. such as security, defense, hunting, camping and wild trips. Night vision and surface detection… 

In this workshop, the possibility of using a mobile phone camera was simulated using an application that works on Android devices and using ARCore libraries, the library provided by Google for Android applications, and programming it using the Compiler editor, programming Android Studio and producing an Android application that can activate this technology and use it to recognize surfaces, to know surfaces, to determine the location of the mobile device relative to these surfaces, and the possibility of making these surfaces as augmented reality and virtual reality within the reality inside which the application is used.   

We will attach technological links and some important links that were used in this experiment 

Reference: 

1 https://developers.google.com/ar/develop/java/quickstart 

2 https://developer.android.com/studio 


 


3D sheikh zayed Mosque. (application):  

The Sheikh Zayed Mosque in Abu Dhabi is one of the largest mosques in the world. It reflects the spirit of tolerance and peaceful coexistence between cultures and religions. It was named after Sheikh Zayed, may God bless his soul. 

Built on an area of 22,000 square meters, the mosque can accommodate about 41,000 worshipers. This building is characterized by its unique and beautiful design that combines traditional and modern elements. 

The mosque includes more than 80 domes of white limestone and more than 1,000 columns of Italian marble. The interior space is distinguished by a large carpet of 5,700 square meters, which is the largest carpet in the world. 

The mosque also houses the world’s largest Qur’an, which is 7 meters long and 5 meters wide, and is decorated with gold and precious stones. 

Visiting the Sheikh Zayed Mosque is a very special experience, as visitors are provided with guided tours inside the mosque. These tours include an explanation of the unique design of the mosque, Islamic history and Arab culture. 

In the end, it can be said that the Sheikh Zayed Mosque in Abu Dhabi is one of the most important religious and cultural landmarks in the world, and it reflects the spirit of tolerance and peaceful coexistence between cultures and religions. 

The application of augmented reality to the Sheikh Zayed Mosque in Abu Dhabi can increase its tourist attraction and make visiting it a more interactive and interesting experience. Through the use of augmented reality technology, visitors can obtain additional information about the unique design of the mosque, Islamic history and Arab culture in a direct and interesting way. 

Technology can also be used to clarify some important points inside the mosque, such as details of decorations, artwork and the golden Quran, which can be completely invisible to visitors who visit the mosque without using technology. 

In addition, the technology can be used to provide virtual tours of the mosque for people who are unable to attend in person, increasing access to information and learning about the beauty of the mosque. 

In order to apply our experience in directing the technology of augmented reality in the cultural aspects and….. 

3D rendering of the Sheikh Zayed Mosque design in Abu Dhabi using artificial intelligence and computer vision techniques. 

Reference:  
1 https://sketchfab.com/3d-models/sheikh-zayed-mosque-3d-model-cf6d63fb73cd44dba0fc1d9c2a147ad8 

2 https://developers.google.com/ar/develop/java/quickstart 

3 https://developer.android.com/studio 

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