Learners will explore variations of generative adversarial network (GAN) and the challenges associated with its models, as well as the concept of deep reinforcement learning, its application for machine learning, and how it differs from deep learning, in this 11-video course. Begin by implementing autoencoders with Keras and Python; implement GAN and the role of Generator and Discriminator; and implement GAN Discriminator and Generator with Python and Keras and build Discriminator for training models. Discover the challenges of working with GAN models and explore the concept of deep reinforcement learning and its application in the areas of robotics, finance, and health care. Compare deep reinforcement learning with deep learning, and examine challenges associated with their implementations. Learn about the basic concepts of reinforcement learning, as well as the concept of deep Q-learning and implementing deep Q-learning. Then implement deep Q-learning in Python by using Keras and OpenAI Gym. The concluding exercise involves recalling variations of GAN, implementing GAN Discriminator and Generator using Python, and implementing deep Q-learning in Python by using Keras and OpenAI Gym.
Applied Deep Learning: Generative Adversarial Networks and Q-Learning
discover the key concepts covered in this course
use deep convolutional autoencoder with Keras and Python
implement generative adversarial network and the role of Generator and Discriminator
implement generative adversarial network Discriminator and Generator using Python and Keras and build Discriminator for training model
recognize the challenges of working with generative adversarial network models
describe the concept of deep reinforcement learning and its application in the areas of robotics, finance, and healthcare
compare deep reinforcement learning with deep learning, and describe the challenges associated with their implementations
Generative Adversarial Network Variations
describe the basic concepts of reinforcement learning, as well as the concept of deep Q-learning and its implementation
implement deep Q-learning in Python using Keras and OpenAI Gym
recall the variations of generative adversarial network, implement generative adversarial network Discriminator and Generator using Python, and implement deep Q-learning in Python using Keras and OpenAI Gym