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Hands-On Computer Vision with Detectron2

You're reading from  Hands-On Computer Vision with Detectron2

Product type Book
Published in Apr 2023
Publisher Packt
ISBN-13 9781800561625
Pages 318 pages
Edition 1st Edition
Languages
Author (1):
Van Vung Pham Van Vung Pham
Profile icon Van Vung Pham

Table of Contents (20) Chapters

Preface Part 1: Introduction to Detectron2
Chapter 1: An Introduction to Detectron2 and Computer Vision Tasks Chapter 2: Developing Computer Vision Applications Using Existing Detectron2 Models Part 2: Developing Custom Object Detection Models
Chapter 3: Data Preparation for Object Detection Applications Chapter 4: The Architecture of the Object Detection Model in Detectron2 Chapter 5: Training Custom Object Detection Models Chapter 6: Inspecting Training Results and Fine-Tuning Detectron2’s Solvers Chapter 7: Fine-Tuning Object Detection Models Chapter 8: Image Data Augmentation Techniques Chapter 9: Applying Train-Time and Test-Time Image Augmentations Part 3: Developing a Custom Detectron2 Model for Instance Segmentation Tasks
Chapter 10: Training Instance Segmentation Models Chapter 11: Fine-Tuning Instance Segmentation Models Part 4: Deploying Detectron2 Models into Production
Chapter 12: Deploying Detectron2 Models into Server Environments Chapter 13: Deploying Detectron2 Models into Browsers and Mobile Environments Index Other Books You May Enjoy

Summary

This chapter discussed the steps to explore, process, and prepare a custom dataset for training object detection models using Detectron2. After processing the dataset, it is relatively easy to register the train, test, and evaluation data (if there is any) with Detectron2 and start training object detection models using the default trainer. The training process may result in many models. Therefore, this chapter provided the standard evaluation metrics and approaches for selecting the best model. The default trainer may meet the most common training requirements. However, in several cases, a custom trainer may be necessary to incorporate more customizations into the training process. This chapter provided code snippets to build a custom trainer that incorporates evaluations on the test set during training. It also provided a code snippet for a custom hook that extracts the evaluation metrics and stores the best model during training.

The next chapter, Chapter 6, uses TensorBoard...

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