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Artificial Vision and Language Processing for Robotics

You're reading from   Artificial Vision and Language Processing for Robotics Create end-to-end systems that can power robots with artificial vision and deep learning techniques

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Product type Paperback
Published in Apr 2019
Publisher Packt
ISBN-13 9781838552268
Length 356 pages
Edition 1st Edition
Languages
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Authors (3):
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Gonzalo Molina Gallego Gonzalo Molina Gallego
Author Profile Icon Gonzalo Molina Gallego
Gonzalo Molina Gallego
Unai Garay Maestre Unai Garay Maestre
Author Profile Icon Unai Garay Maestre
Unai Garay Maestre
Álvaro Morena Alberola Álvaro Morena Alberola
Author Profile Icon Álvaro Morena Alberola
Álvaro Morena Alberola
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Table of Contents (12) Chapters Close

Artificial Vision and Language Processing for Robotics
Preface
1. Fundamentals of Robotics 2. Introduction to Computer Vision FREE CHAPTER 3. Fundamentals of Natural Language Processing 4. Neural Networks with NLP 5. Convolutional Neural Networks for Computer Vision 6. Robot Operating System (ROS) 7. Build a Text-Based Dialogue System (Chatbot) 8. Object Recognition to Guide a Robot Using CNNs 9. Computer Vision for Robotics Appendix

Building Your First CNN


Note

For this chapter, we are going to still use Keras on top of TensorFlow as the backend, as mentioned in Chapter 2, Introduction to Computer Vision of this book. Also, we will still use Google Colab to train our network.

Keras is a very good library for implementing convolutional layers, as it abstracts the user so that layers do not have to be implemented by hand.

In Chapter 2, Introduction to Computer Vision, we imported the Dense, Dropout, and BatchNormalization layers by using the keras.layers package, and to declare convolutional layers of two dimensions, we are going to use the same package:

from keras.layers import Conv2D

The Conv2D module is just like the other modules: you have to declare a sequential model, which was explained in Chapter 2, Introduction to Computer Vision of this book, and we also add Conv2D:

model = Sequential()
model.add(Conv2D(32, kernel_size=(3, 3), padding='same', strides=(2,2), input_shape=input_shape))

For the first layer, the input shape...

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