Adding New Classes to a Trained YOLO Model Without Affecting Old Weights
Add new classes to a pre-trained YOLO model, or improve existing ones, without changing the predictions of the other classes, using the RefineDetectionTrainer.
I develop computer vision solutions for video analytics at the edge.
Add new classes to a pre-trained YOLO model, or improve existing ones, without changing the predictions of the other classes, using the RefineDetectionTrainer. Learn how to prune and fine-tune YOLO models to boost efficiency, reduce size, and speed up inference. Add reidentification to Ultralytics without compromising latency using object-level features extracted from YOLO. Use Lightly to pretrain a YOLO backbone through self-supervised learning and then fine-tune it in Ultralytics. Boost your inference performance by exploiting Kalman filter predictions to interpolate detections for skipped frames.Recent Posts
Adding New Classes to a Trained YOLO Model Without Affecting Old Weights
Pruning Ultralytics YOLO Models with NVIDIA Model Optimizer
Tracking with Efficient Re-Identification in Ultralytics
Pretrain YOLO Backbone Using Self-Supervised Learning With Lightly
Boosting Inference FPS With Tracker Interpolated Detections
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