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Mastering Computer Vision with TensorFlow 2.x

You're reading from   Mastering Computer Vision with TensorFlow 2.x Build advanced computer vision applications using machine learning and deep learning techniques

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Product type Paperback
Published in May 2020
Publisher Packt
ISBN-13 9781838827069
Length 430 pages
Edition 1st Edition
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Author (1):
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Krishnendu Kar Krishnendu Kar
Author Profile Icon Krishnendu Kar
Krishnendu Kar
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Table of Contents (18) Chapters Close

Preface 1. Section 1: Introduction to Computer Vision and Neural Networks
2. Computer Vision and TensorFlow Fundamentals FREE CHAPTER 3. Content Recognition Using Local Binary Patterns 4. Facial Detection Using OpenCV and CNN 5. Deep Learning on Images 6. Section 2: Advanced Concepts of Computer Vision with TensorFlow
7. Neural Network Architecture and Models 8. Visual Search Using Transfer Learning 9. Object Detection Using YOLO 10. Semantic Segmentation and Neural Style Transfer 11. Section 3: Advanced Implementation of Computer Vision with TensorFlow
12. Action Recognition Using Multitask Deep Learning 13. Object Detection Using R-CNN, SSD, and R-FCN 14. Section 4: TensorFlow Implementation at the Edge and on the Cloud
15. Deep Learning on Edge Devices with CPU/GPU Optimization 16. Cloud Computing Platform for Computer Vision 17. Other Books You May Enjoy

Human pose estimation – stacked hourglass model

The stacked hourglass model was developed in 2016 by Alejandro Newell, Kaiyu Yang, and Jia Deng in their paper titled Stacked Hourglass Networks for Human Pose Estimation. The details of the model can be found at https://arxiv.org/abs/1603.06937.

The architecture of the model is illustrated in the following diagram:

The key features of this model are as follows:

  • Bottom-up and top-down processing of the feature is repeated across all scales by stacking multiple hourglasses together. This method results in being able to verify the initial estimates and features across the whole image.
  • The network uses multiple convolutions and a max pooling layer, which results in a low final resolution, before upsampling to bring the resolution back up.
  • At each max pooling step, additional convolutional layers are added parallel to the main...
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