book

Deep Learning Illustrated: A Visual, Interactive Guide to Artificial Intelligence

by Jon Krohn, Grant Beyleveld, Aglaé Bassens

September 2019

Intermediate to advanced

416 pages

13h 49m

English

Addison-Wesley Professional

Read now

Unlock full access

How to Read This Book
Biological VisionMachine VisionTensorFlow PlaygroundQuick, Draw!Summary
Deep Learning for Natural Language ProcessingComputational Representations of LanguageElements of Natural Human LanguageGoogle DuplexSummary
A Boozy All-NighterArithmetic on Fake Human FacesStyle Transfer: Converting Photos into Monet (and Vice Versa)Make Your Own Sketches PhotorealisticCreating Photorealistic Images from TextImage Processing Using Deep LearningSummary
Deep Learning, AI, and Other BeastsThree Categories of Machine Learning ProblemsDeep Reinforcement LearningVideo GamesBoard GamesManipulation of ObjectsPopular Deep Reinforcement Learning EnvironmentsThree Categories of AISummary
PrerequisitesInstallationA Shallow Network in KerasSummary
Biological Neuroanatomy 101The PerceptronModern Neurons and Activation FunctionsChoosing a NeuronSummaryKey Concepts
The Input LayerDense LayersA Hot Dog-Detecting Dense NetworkThe Softmax Layer of a Fast Food-Classifying NetworkRevisiting Our Shallow NetworkSummaryKey Concepts
Cost FunctionsOptimization: Learning to Minimize CostBackpropagationTuning Hidden-Layer Count and Neuron CountAn Intermediate Net in KerasSummaryKey Concepts
Weight InitializationUnstable GradientsModel Generalization (Avoiding Overfitting)Fancy OptimizersA Deep Neural Network in KerasRegressionTensorBoardSummaryKey Concepts
Convolutional Neural NetworksPooling LayersLeNet-5 in KerasAlexNet and VGGNet in KerasResidual NetworksApplications of Machine VisionSummaryKey Concepts
Preprocessing Natural Language DataCreating Word Embeddings with word2vecThe Area under the ROC CurveNatural Language Classification with Familiar NetworksNetworks Designed for Sequential DataNon-sequential Architectures: The Keras Functional APISummaryKey Concepts
Essential GAN TheoryThe Quick, Draw! DatasetThe Discriminator NetworkThe Generator NetworkThe Adversarial NetworkGAN TrainingSummaryKey Concepts
Essential Theory of Reinforcement LearningEssential Theory of Deep Q-Learning NetworksDefining a DQN AgentInteracting with an OpenAI Gym EnvironmentHyperparameter Optimization with SLM LabAgents Beyond DQNSummaryKey Concepts
Ideas for Deep Learning ProjectsResources for Further ProjectsThe Modeling Process, Including Hyperparameter TuningDeep Learning LibrariesSoftware 2.0Approaching Artificial General IntelligenceSummary
PyTorch FeaturesPyTorch in Practice

Content preview from Deep Learning Illustrated: A Visual, Interactive Guide to Artificial Intelligence

Figures

P.1 Santiago Cajal (1852–1934)

P.2 A hand-drawn diagram from Cajal’s (1894) publication showing the growth of a neuron (a–e) and contrasting neurons from frog (A), lizard (B), rat (C), and human (D) samples

P.3 The reading trilobite enjoys expanding your knowledge

P.4 This trilobite calls attention to tricky passages of text

1.1 The number of species on our planet began to increase rapidly 550 million years ago, during the prehistoric Cambrian period

1.2 A bespectacled trilobite

1.3 The Nobel Prize-winning neurophysiologists Torsten Wiesel (left) and David Hubel

1.4 Hubel and Wiesel used a light projector to present slides to anesthetized cats while they recorded the activity of neurons in the cats’ primary ...