AI and Machine Learning for On-Device Development

Autor:: Laurence Moroney

AI and Machine Learning for On-Device Development Laurence Moroney - okladka książki

Wydawnictwo:: O'Reilly Media (Z chęcią przeczytam książkę w języku polskim)
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Stron:: 328
Dostępne formaty:: ePub

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AI is nothing without somewhere to run it. Now that mobile devices have become the primary computing device for most people, it's essential that mobile developers add AI to their toolbox. This insightful book is your guide to creating and running models on popular mobile platforms such as iOS and Android.

Laurence Moroney, lead AI advocate at Google, offers an introduction to machine learning techniques and tools, then walks you through writing Android and iOS apps powered by common ML models like computer vision and text recognition, using tools such as ML Kit, TensorFlow Lite, and Core ML. If you're a mobile developer, this book will help you take advantage of the ML revolution today.

Explore the options for implementing ML and AI on mobile devices
Create ML models for iOS and Android
Write ML Kit and TensorFlow Lite apps for iOS and Android, and Core ML/Create ML apps for iOS
Choose the best techniques and tools for your use case, such as cloud-based versus on-device inference and high-level versus low-level APIs
Learn privacy and ethics best practices for ML on devices

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O autorze książki

Laurence Moroney pracuje w Google. Kieruje zespołem, który zajmuje się rozwiązaniami wykorzystującymi sztuczną inteligencję. Jest też trenerem: szkoli projektantów oprogramowania w zakresie technik budowy systemów uczenia maszynowego. Często udziela się na kanale TensorFlow w YouTube. Jest znanym na całym świecie prelegentem, a także autorem książek beletrystycznych — napisał kilka dobrze przyjętych powieści science fiction.

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Szczegóły książki

ISBN Ebooka:: 978-10-981-0170-1, 9781098101701
Data wydania ebooka :: 2021-08-12 Data wydania ebooka często jest dniem wprowadzenia tytułu do sprzedaży i może nie być równoznaczna z datą wydania książki papierowej. Dodatkowe informacje możesz znaleźć w darmowym fragmencie. Jeśli masz wątpliwości skontaktuj się z nami sklep@ebookpoint.pl.
Język publikacji:: 1
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Rozmiar pliku Mobi:: 29.8MB

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Informatyka » Biznes IT » Big data » Uczenie maszynowe

Spis treści książki

Preface
- Who Should Read This Book?
- Why I Wrote This Book
- Navigating This Book
- Technology You Need to Understand
- Conventions Used in This Book
- Using Code Examples
- OReilly Online Learning
- How to Contact Us
- Acknowledgements
1. Introduction to AI and Machine Learning
- What Is Artificial Intelligence?
- What Is Machine Learning?
  - Moving from Traditional Programming to Machine Learning
  - How Can a Machine Learn?
    - Step 1: Guess the answer
    - Step 2: Measure the accuracy of our guess
    - Step 3: Optimize our guess
    - Implementing machine learning in code
  - Comparing Machine Learning with Traditional Programming
- Building and Using Models on Mobile
- Summary
2. Introduction to Computer Vision
- Using Neurons for Vision
  - Your First Classifier: Recognizing Clothing Items
  - The Data: Fashion MNIST
  - A Model Architecture to Parse Fashion MNIST
  - Coding the Fashion MNIST Model
- Transfer Learning for Computer Vision
- Summary
3. Introduction to ML Kit
- Building a Face Detection App on Android
  - Step 1: Create the App with Android Studio
  - Step 2: Add and Configure ML Kit
  - Step 3: Define the User Interface
  - Step 4: Add the Images as Assets
  - Step 5: Load the UI with a Default Picture
  - Step 6: Call the Face Detector
  - Step 7: Add the Bounding Rectangles
- Building a Face Detector App for iOS
  - Step 1: Create the Project in Xcode
  - Step 2: Using CocoaPods and Podfiles
  - Step 3: Create the User Interface
  - Step 4: Add the Application Logic
- Summary
4. Computer Vision Apps with ML Kit on Android
- Image Labeling and Classification
  - Step 1: Create the App and Configure ML Kit
  - Step 2: Create the User Interface
  - Step 3: Add the Images as Assets
  - Step 4: Load an Image to the ImageView
  - Step 5: Write the Button Handler Code
  - Next Steps
- Object Detection
  - Step 1: Create the App and Import ML Kit
  - Step 2: Create the Activity Layout XML
  - Step 3: Load an Image into the ImageView
  - Step 4: Set Up the Object Detector Options
  - Step 5: Handling the Button Interaction
  - Step 6: Draw the Bounding Boxes
  - Step 7: Label the Objects
- Detecting and Tracking Objects in Video
  - Exploring the Layout
  - The GraphicOverlay Class
  - Capturing the Camera
  - The ObjectAnalyzer Class
  - The ObjectGraphic Class
  - Putting It All Together
- Summary
5. Text Processing Apps with ML Kit on Android
- Entity Extraction
  - Start Creating the App
  - Create the Layout for the Activity
  - Write the Entity Extraction Code
  - Putting It All Together
- Handwriting and Other Recognition
  - Start the App
  - Creating a Drawing Surface
  - Parsing the Ink with ML Kit
- Smart Reply to Conversations
  - Start the App
  - Mock a Conversation
  - Generating a Smart Reply
- Summary
6. Computer Vision Apps with ML Kit on iOS
- Image Labeling and Classification
  - Step 1: Create the App in Xcode
  - Step 2: Create the Podfile
  - Step 3: Set Up the Storyboard
  - Step 4: Edit the View Controller Code to Use ML Kit
- Object Detection in iOS with ML Kit
  - Step 1: Get Started
  - Step 2: Create Your UI on the Storyboard
  - Step 3: Create a Subview for Annotation
  - Step 4: Perform the Object Detection
  - Step 5: Handle the Callback
  - Combining Object Detection with Image Classification
  - Object Detection and Tracking in Video
- Summary
7. Text Processing Apps with ML Kit on iOS
- Entity Extraction
  - Step 1: Create the App and Add the ML Kit Pods
  - Step 2: Create the Storyboard with Actions and Outlets
  - Step 3: Allow Your View Controller to be Used for Text Entry
  - Step 4: Initialize the Model
  - Step 5: Extract Entities from Text
- Handwriting Recognition
  - Step 1: Create the App and Add the ML Kit Pods
  - Step 2: Create the Storyboard, Actions, and Outlets
  - Step 3: Strokes, Points, and Ink
  - Step 4: Capture User Input
  - Step 5: Initialize the Model
  - Step 6: Do the Ink Recognition
- Smart Reply to Conversations
  - Step 1: Create an App and Integrate ML Kit
  - Step 2: Create Storyboard, Outlets, and Actions
  - Step 3: Create a Simulated Conversation
  - Step 4: Get Smart Reply
- Summary
8. Going Deeper: Understanding TensorFlow Lite
- What Is TensorFlow Lite?
- Getting Started with TensorFlow Lite
  - Save the Model
  - Convert the Model
  - Testing the Model with a Standalone Interpreter
- Create an Android App to Host TFLite
  - Import the TFLite File
  - Write Kotlin Code to Interface with the Model
  - Going Beyond the Basics
- Create an iOS App to Host TFLite
  - Step 1: Create a Basic iOS App
  - Step 2: Add TensorFlow Lite to Your Project
  - Step 3: Create the User Interface
  - Step 4: Add and Initialize the Model Inference Class
  - Step 5: Perform the Inference
  - Step 6: Add the Model to Your App
  - Step 7: Add the UI Logic
  - Moving Beyond Hello World: Processing Images
- Exploring Model Optimization
  - Quantization
  - Using Representative Data
- Summary
9. Creating Custom Models
- Creating a Model with TensorFlow Lite Model Maker
- Creating a Model with Cloud AutoML
  - Using AutoML Vision Edge
    - Step 1: Enable the API
    - Step 2: Install the gcloud command-line tool
    - Step 3: Set up a service account
    - Step 4: Set up a Cloud Storage bucket and store training data in it
    - Step 5: Turn your images into a dataset and train the model
    - Step 6: Download the model
- Creating a Model with TensorFlow and Transfer Learning
- Creating Language Models
  - Create a Language Model with Model Maker
- Summary
10. Using Custom Models in Android
- Bridging Models to Android
- Building an Image Classification App from a Model Maker Output
- Using a Model Maker Output with ML Kit
- Using Language Models
- Creating an Android App for Language Classification
  - Create a layout file
  - Code the activity
- Summary
11. Using Custom Models in iOS
- Bridging Models to iOS
- A Custom Model Image Classifier
  - Step 1: Create the App and Add the TensorFlow Lite Pod
  - Step 2: Create the UI and Image Assets
  - Step 3: Load and Navigate Through the Image Assets
  - Step 4: Load the Model
  - Step 5: Convert an Image to an Input Tensor
  - Step 6: Get Inference for the Tensor
- Use a Custom Model in ML Kit
- Building an App for Natural Language Processing in Swift
  - Step 1: Load the Vocab
  - Step 2: Convert the Sentence to a Sequence
  - Step 3: Extend Array to Handle Unsafe Data
  - Step 4: Copy the Array to a Data Buffer
  - Step 5: Run Inference on the Data and Process the Results
- Summary
12. Productizing Your App Using Firebase
- Why Use Firebase Custom Model Hosting?
- Create Multiple Model Versions
- Using Firebase Model Hosting
  - Step 1: Create a Firebase Project
  - Step 2: Use Custom Model Hosting
  - Step 3: Create a Basic Android App
  - Step 4: Add Firebase to the App
  - Step 5: Get the Model from Firebase Model Hosting
  - Step 6: Use Remote Configuration
  - Step 7: Read Remote Configuration in Your App
  - Next Steps
- Summary
13. Create ML and Core ML for Simple iOS Apps
- A Core ML Image Classifier Built Using Create ML
  - Making a Core ML App That Uses a Create ML Model
  - Add the MLModel File
  - Run the Inference
    - The Core ML inference pattern
    - Writing the code
- Using Create ML to Build a Text Classifier
- Use the Model in an App
- Summary
14. Accessing Cloud-Based Models from Mobile Apps
- Installing TensorFlow Serving
  - Installing Using Docker
  - Installing Directly on Linux
- Building and Serving a Model
- Accessing a Server Model from Android
- Accessing a Server Model from iOS
- Summary
15. Ethics, Fairness, and Privacy for Mobile Apps
- Ethics, Fairness, and Privacy with Responsible AI
  - Responsibly Defining Your Problem
  - Avoiding Bias in Your Data
    - The What-If Tool
    - Facets
    - TensorFlow Model Card Toolkit
    - TensorFlow data validation
  - Building and Training Your Model
    - Model remediation
    - Model privacy
    - Federated learning
  - Evaluating Your Model
    - Fairness Indicators
    - TensorFlow Model Analysis
    - Language Interpretability Toolkit
- Googles AI Principles
- Summary
Index