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Yaga AI

Health 24 May 2021
This Android application utilizes the latest advancements in artificial intelligence and image processing to assist individuals who practice yoga. The software uses image recognition to accurately recognize yoga poses, providing users with feedback on their form and progress. By recommending appropriate poses, guiding users through their practice, and tracking their progress, this application can help users achieve their fitness goals and enhance their overall yoga experience. Additionally, the software’s expanding database of yoga poses, along with its intuitive 3D models, make it a valuable tool for yoga practitioners of all levels.
Project Detail
How to work
The application uses the camera on the user’s device to capture images of the user performing yoga poses. These images are then analyzed using artificial intelligence and image processing algorithms to determine the user’s form and progress. Based on this analysis, the software can provide users with feedback on their form and progress, recommend appropriate poses, and guide them through their practice. The application’s user-friendly interface and 3D models of yoga poses make it easy for users to navigate the app and visualize the correct form for each pose. The application’s expanding database of yoga poses and its ability to continuously learn from user data make it a valuable resource for yoga practitioners of all levels.
Features
  1. Accurate movement recognition: By using image processing, the software can recognize yoga poses and provide users with feedback on whether they are performing the poses correctly or not. This helps users get the most out of their yoga practice.
  2. User guidance: Based on the data collected and processed by the AI, the software can recommend yoga poses that are suitable for the user and warn them of poses that may be risky for them. Additionally, by showing users the steps they need to follow, the software can guide users through their practice.
  3. Progress tracking: By collecting and analyzing data, the software can show users how much progress they have made, providing them with motivation to continue their practice.
  4. Improved user experience: By using AI, the software can provide users with a better user experience. By displaying 3D models of yoga poses, users can get a better sense of the poses and may be more likely to remember them.
  5. Expanding the database: By using AI, the software can continuously learn and expand its database of yoga poses, making it a valuable resource for yoga practitioners of all levels.
Technologies
Artificial Intelligence: The application uses AI to analyze the images of the user performing the yoga poses and provide feedback on their form and progress. It also recommends poses based on the user’s level of experience and fitness goals.
Image Processing: Image processing is used to accurately recognize the user’s body position and movements, which helps the application provide feedback on the user’s form.
3D Models: The application uses intuitive 3D models to provide users with a better understanding of the poses they are performing. These models help users visualize the poses and make it easier for them to remember the correct form.
Database: The application’s expanding database of yoga poses is continuously updated with new poses and modifications to existing ones, making it a valuable resource for yoga practitioners of all levels.
User Interface: The user interface of the application is designed to be intuitive and easy to use, allowing users to easily navigate through the app and access the features they need.
In conclusion, this innovative Android application with its cutting-edge technology can assist yoga practitioners in achieving their fitness goals and enhancing their overall yoga experience.
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