FROM COMPUTER VISION TO INDIVIDUALIZED TRAINING

ADAPTIVE GAMES AND APPLICATIONS See a first overview of online repositories, providing a first open source example, on best practices for creating computer vision (VO) systems, AI contributions and/or brain-computer interfaces (BCI ). The objective here is to create or bring together a comprehensive set of tools, resources and examples, taking advantage of the latest advances in technologies, particularly in computer vision algorithms, neural architectures and operationalization. of systems: Visual experiences with Computer Vision. Online !!!! Computer Vision-AI-Human-Pose-Estimation The goal of this project was to use computer vision and artificial intelligence techniques to detect human poses in real time. The system provides feedback on yoga poses by indicating errors and assigning a score to measure accuracy. The motivation behind the project was to use advanced computer vision technology to identify movement and posture errors in yoga poses, with the goal of creating a personalized yoga program to improve posture and overall health. Online !!!! You can also, if you want, join the conversation with a Fitness and nutrition calculation robot, which can help you lose or gain weight and improve your health and appearance. Follow the projects: See a video demonstration. Via community tools or not, to be able to contribute to carry out its projects, such, website, blogs, social networks (Facebook and and VK), and video channels, You tube, Vimeo and Dailymotion, Brainwave-JCP (aka Joel Caserus), already available and online: