Course Outline

Introduction to Federated Learning in IoT and Edge Computing for Government

  • Overview of Federated Learning and its applications in IoT for government operations
  • Key challenges in integrating Federated Learning with edge computing in public sector environments
  • Benefits of decentralized AI in IoT environments for enhanced government services

Federated Learning Techniques for IoT Devices for Government

  • Deploying Federated Learning models on IoT devices to support government workflows
  • Handling non-IID data and limited computational resources in government systems
  • Optimizing communication between IoT devices and central servers for efficient government operations

Real-Time Decision-Making and Latency Reduction for Government

  • Enhancing real-time processing capabilities in edge environments to support public sector applications
  • Techniques for reducing latency in Federated Learning systems to improve government response times
  • Implementing edge AI models for fast and reliable decision-making in government services

Ensuring Data Privacy in Federated IoT Systems for Government

  • Data privacy techniques in decentralized AI models to protect sensitive government information
  • Managing data sharing and collaboration across IoT devices while maintaining government security standards
  • Compliance with data privacy regulations in IoT environments to ensure public trust

Case Studies and Practical Applications for Government

  • Successful implementations of Federated Learning in IoT for government projects
  • Practical exercises with real-world IoT datasets relevant to public sector needs
  • Exploring future trends in Federated Learning for IoT and edge computing to advance government capabilities

Summary and Next Steps for Government

Requirements

  • Experience in Internet of Things (IoT) or edge computing development for government
  • Basic understanding of artificial intelligence (AI) and machine learning
  • Familiarity with distributed systems and network protocols

Audience

  • IoT engineers
  • Edge computing specialists
  • AI developers
 14 Hours

Number of participants


Price per participant

Upcoming Courses

Related Categories