Object Detection with KerasCV
summary
KerasCV provides a full object detection pipeline that trains a RetinaNet on custom datasets, with native support for ragged bounding boxes, TPU‑compatible training loops, and COCO metrics implemented in the computation graph. The demo shows composable augmentations like mix up and jittered resize, a worked notebook that runs with model.fit, and predictions improving after a few epochs. The claim is concrete: ready‑to‑use RetinaNet training, modular components, and working evaluation inside Keras.
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chapters (15)
- 0:00Introduction
- 0:50Motivation for KerasCV object detection
- 3:39Object detection challenges
- 5:27API design and bounding boxes
- 7:34Augmentation pipelines with KerasCV
- 9:19Building RetinaNet models
- 10:40Evaluating metrics with COCO
- 11:43Simple inference and deployment
- 12:27Live demo setup
- 13:09Loading and preprocessing data
- 14:13Augmentation layers in action
- 17:20Training the object detection model
- 18:46Model predictions and results
- 19:27Configuring non-max suppression
- 20:29Summary and future
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