Learning Ray Max Pumperla, Edward Oakes, Richard Liaw

Learning Ray Max Pumperla, Edward Oakes, Richard Liaw - okladka książki

Autorzy:: Max Pumperla, Edward Oakes, Richard Liaw
Wydawnictwo:: O'Reilly Media (Z chęcią przeczytam książkę w języku polskim)
Ocena:: Bądź pierwszym, który oceni tę książkę
Stron:: 274
Dostępne formaty:: ePub

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Do przechowalni

Get started with Ray, the open source distributed computing framework that simplifies the process of scaling compute-intensive Python workloads. With this practical book, Python programmers, data engineers, and data scientists will learn how to leverage Ray locally and spin up compute clusters. You'll be able to use Ray to structure and run machine learning programs at scale.

Authors Max Pumperla, Edward Oakes, and Richard Liaw show you how to build machine learning applications with Ray. You'll understand how Ray fits into the current landscape of machine learning tools and discover how Ray continues to integrate ever more tightly with these tools. Distributed computation is hard, but by using Ray you'll find it easy to get started.

Learn how to build your first distributed applications with Ray Core
Conduct hyperparameter optimization with Ray Tune
Use the Ray RLlib library for reinforcement learning
Manage distributed training with the Ray Train library
Use Ray to perform data processing with Ray Datasets
Learn how work with Ray Clusters and serve models with Ray Serve
Build end-to-end machine learning applications with Ray AIR

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O autorze książki

Max Pumperla is a data scientist and engineer specializing in deep learning and its applications. He currently works as a deep learning engineer at Skymind and is a co-founder of aetros.com. Max is the author and maintainer of several Python packages, including elephas, a distributed deep learning library using Spark. His open source footprint includes contributions to many popular machine learning libraries, such as keras, deeplearning4j, and hyperopt. He holds a PhD in algebraic geometry from the University of Hamburg.

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Szczegóły książki

ISBN Ebooka:: 978-10-981-1718-4, 9781098117184
Data wydania ebooka :: 2023-02-13 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
Rozmiar pliku ePub:: 4.3MB
Rozmiar pliku Mobi:: 4.3MB

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Kategorie

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Informatyka » Programowanie » Python

Spis treści książki

Foreword
Preface
- Who Should Read This Book
- Goals of This Book
- Navigating This Book
- How to Use the Code Examples
- Conventions Used in This Book
- Using Code Examples
- OReilly Online Learning
- How to Contact Us
- Acknowledgments
1. An Overview of Ray
- What Is Ray?
  - What Led to Ray?
  - Rays Design Principles
    - Simplicity and abstraction
    - Flexibility and heterogeneity
    - Speed and scalability
  - Three Layers: Core, Libraries, and Ecosystem
- A Distributed Computing Framework
- A Suite of Data Science Libraries
  - Ray AIR and the Data Science Workflow
  - Data Processing with Ray Datasets
  - Model Training
    - Reinforcement learning with Ray RLlib
    - Distributed training with Ray Train
  - Hyperparameter Tuning
  - Model Serving
- A Growing Ecosystem
- Summary
2. Getting Started with Ray Core
- An Introduction to Ray Core
  - A First Example Using the Ray API
    - Functions and remote Ray tasks
    - Using the object store with put and get
    - Using Rays wait function for nonblocking calls
    - Handling task dependencies
    - From classes to actors
  - An Overview of the Ray Core API
- Understanding Ray System Components
  - Scheduling and Executing Work on a Node
  - The Head Node
  - Distributed Scheduling and Execution
- A Simple MapReduce Example with Ray
  - Mapping and Shuffling Document Data
  - Reducing Word Counts
- Summary
3. Building Your First Distributed Application
- Introducing Reinforcement Learning
- Setting Up a Simple Maze Problem
- Building a Simulation
- Training a Reinforcement Learning Model
- Building a Distributed Ray App
- Recapping RL Terminology
- Summary
4. Reinforcement Learning with Ray RLlib
- An Overview of RLlib
- Getting Started with RLlib
  - Building a Gym Environment
  - Running the RLlib CLI
  - Using the RLlib Python API
    - Training RLlib algorithms
    - Saving, loading, and evaluating RLlib models
    - Computing actions
    - Accessing policy and model states
- Configuring RLlib Experiments
  - Resource Configuration
  - Rollout Worker Configuration
  - Environment Configuration
- Working with RLlib Environments
  - An Overview of RLlib Environments
  - Working with Multiple Agents
  - Working with Policy Servers and Clients
    - Defining a server
    - Defining a client
- Advanced Concepts
  - Building an Advanced Environment
  - Applying Curriculum Learning
  - Working with Offline Data
  - Other Advanced Topics
- Summary
5. Hyperparameter Optimization with Ray Tune
- Tuning Hyperparameters
  - Building a Random Search Example with Ray
  - Why Is HPO Hard?
- An Introduction to Tune
  - How Does Tune Work?
    - Search algorithms
    - Schedulers
  - Configuring and Running Tune
    - Specifying resources
    - Callbacks and metrics
    - Checkpoints, stopping, and resuming
    - Custom and conditional search spaces
- Machine Learning with Tune
  - Using RLlib with Tune
  - Tuning Keras Models
- Summary
6. Data Processing with Ray
- Ray Datasets
  - Ray Datasets Basics
    - Creating a Ray Dataset
    - Reading from and writing to storage
    - Built-in transformations
    - Blocks and repartitioning
    - Schemas and data formats
  - Computing Over Ray Datasets
  - Dataset Pipelines
  - Example: Training Copies of a Classifier in Parallel
- External Library Integrations
- Building an ML Pipeline
- Summary
7. Distributed Training with Ray Train
- The Basics of Distributed Model Training
- Introduction to Ray Train by Example
  - Predicting Big Tips in NYC Taxi Rides
  - Loading, Preprocessing, and Featurization
  - Defining a Deep Learning Model
  - Distributed Training with Ray Train
  - Distributed Batch Inference
- More on Trainers in Ray Train
  - Migrating to Ray Train with Minimal Code Changes
  - Scaling Out Trainers
  - Preprocessing with Ray Train
  - Integrating Trainers with Ray Tune
  - Using Callbacks to Monitor Training
- Summary
8. Online Inference with Ray Serve
- Key Characteristics of Online Inference
  - ML Models Are Compute Intensive
  - ML Models Arent Useful in Isolation
- An Introduction to Ray Serve
  - Architectural Overview
  - Defining a Basic HTTP Endpoint
  - Scaling and Resource Allocation
  - Request Batching
  - Multimodel Inference Graphs
    - Core feature: binding multiple deployments
    - Pattern 1: Pipelining
    - Pattern 2: Broadcasting
    - Pattern 3: Conditional logic
- End-to-End Example: Building an NLP-Powered API
  - Fetching Content and Preprocessing
  - NLP Models
  - HTTP Handling and Driver Logic
  - Putting It All Together
- Summary
9. Ray Clusters
- Manually Creating a Ray Cluster
- Deployment on Kubernetes
  - Setting Up Your First KubeRay Cluster
  - Interacting with the KubeRay Cluster
    - Running Ray programs with kubectl
    - Using the Ray Job Submission server
    - Ray Client
  - Exposing KubeRay
  - Configuring KubeRay
  - Configuring Logging for KubeRay
- Using the Ray Cluster Launcher
  - Configuring Your Ray Cluster
  - Using the Cluster Launcher CLI
  - Interacting with a Ray Cluster
- Working with Cloud Clusters
  - AWS
  - Using Other Cloud Providers
- Autoscaling
- Summary
10. Getting Started with the Ray AI Runtime
- Why Use AIR?
- Key AIR Concepts by Example
  - Ray Datasets and Preprocessors
  - Trainers
  - Tuners and Checkpoints
  - Batch Predictors
  - Deployments
- Workloads That Are Suited for AIR
  - AIR Workload Execution
    - Stateless execution
    - Stateful execution
    - Composite workload execution
    - Online serving execution
  - AIR Memory Management
  - AIR Failure Model
  - Autoscaling AIR Workloads
- Summary
11. Rays Ecosystem and Beyond
- A Growing Ecosystem
  - Data Loading and Processing
  - Model Training
  - Model Serving
  - Building Custom Integrations
  - An Overview of Rays Integrations
- Ray and Other Systems
  - Distributed Python Frameworks
  - Ray AIR and the Broader ML Ecosystem
  - How to Integrate AIR into Your ML Platform
- Where to Go from Here?
- Summary
Index