NVIDIA FLARE Logo

Introduction

  • What is Federated Learning?
  • NVIDIA FLARE Overview
  • What’s New in FLARE v2.7.0
  • Installation
  • Getting Started
  • Quick Start

Guides

  • Example Applications
  • Tutorials
  • User Guide
    • NVIDIA FLARE Application
    • Jobs: Defining Jobs and Multi-Job Execution
    • NVIDIA FLARE Workspace
    • Admin Guide
    • Data Scientist Guide
      • Client API Usage
      • NVFlare Job Recipe
      • FLARE API
      • POC: Prove of Concept: Simulate Production deployment locally
      • Integration of Flower Applications with NVIDIA FLARE
      • Federated XGBoost with NVFlare
    • Researcher Guide
    • NVFlare CLI
    • FLARE Confidential Federated AI
    • Develop Edge Applications with FLARE
  • Programming Guide
  • Programming Best Practices

Miscellaneous

  • Frequently Asked Questions
  • Publications and Talks
  • Contributing
  • API
  • Glossary
NVIDIA FLARE
  • User Guide
  • Data Scientist Guide
  • View page source

Data Scientist Guide¶

  • Client API Usage
    • Core concept
  • NVFlare Job Recipe
    • Motivation for Using JobRecipe
    • Basic Example
    • Execution Environments
    • SimEnv – Simulation Environment
    • PocEnv – Proof-of-Concept Environment
    • ProdEnv – Production Environment
    • Benefits of Environment Abstraction
    • Special Considerations for Edge Applications
    • Best Practices
    • Summary
    • Examples
  • FLARE API
    • Initialization and Usage
    • Implementation Notes
    • Additional and Complex Commands
  • POC: Prove of Concept: Simulate Production deployment locally
    • Setting Up the Application Environment in POC Mode
    • Starting the Application Environment in POC Mode
  • Integration of Flower Applications with NVIDIA FLARE
    • Initial Integration
    • Flower Job Structure
    • Run Flower Application as FLARE Job
    • FLARE Multi-Job Architecture
    • Detailed Design
    • Reliable Messaging
  • Federated XGBoost with NVFlare
    • NVFlare XGBoost User Guide
    • Reliable Federated XGBoost Design
    • Reliable Federated XGBoost Timeout Mechanism
    • Secure Federated XGBoost Design
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