Real Time Object Detection on the browser with Yolov7 & Tensorflow.JS
Real-time object detection has become a significant application in computer vision and machine learning. Yolov7 is a state-of-the-art object detection algorithm that can detect and recognize objects in real time.
With the advancement of web technologies, it is now possible to perform real-time object detection directly in the browser using Tensorflow.js, a library for training and deploying machine learning models in JavaScript.
How Yolov7 & Tensorflow.js work together
Yolov7 is a deep learning-based algorithm for object detection that can detect and recognize objects in images and videos. Tensorflow.js allows us to run machine learning models directly in the browser without the need for server-side processing.
By combining Yolov7 with Tensorflow.js, we can create a real-time object detection application that runs directly in the browser. This eliminates the need for server-side processing and allows for faster and more responsive object detection.
Benefits of real-time object detection in the browser
Real-time object detection in the browser offers several benefits. It allows for faster and more responsive object detection, as the processing is done directly on the client’s device. This reduces the need for server-side processing and can result in lower latency and improved user experience.
Implementing real-time object detection with Yolov7 & Tensorflow.js
To implement real-time object detection with Yolov7 and Tensorflow.js, we can use the pre-trained Yolov7 model and load it into a Tensorflow.js environment. We can then use the webcam or video input from the browser to perform real-time object detection and display the results in the browser window.
By utilizing the power of Yolov7 and Tensorflow.js, we can create a real-time object detection application that runs directly in the browser, offering a seamless and responsive user experience.
Conclusion
Real-time object detection in the browser with Yolov7 and Tensorflow.js offers a powerful and versatile solution for computer vision and machine learning applications. By leveraging the capabilities of Yolov7 and the flexibility of running machine learning models in the browser with Tensorflow.js, we can create real-time object detection applications that are fast, responsive, and user-friendly.
Amazing work, Hugo ! Thanks for sharing with the community, much appreciated ! I'll definitely try it and also compare its capabilities with the original work ! Amazing that we can run such a state-of-the-art object detector in the browser ! Also props for the original YOLOv7 authors for making such an optimized and fast model !
Amazing!
how do you convert from yolov7 model to tensorflow js model ?