Course Outline
Introduction
Overview of 5G Features and Architecture for Government
- The 5G core network architecture for government operations
- 5G frequency spectrum for enhanced connectivity
Understanding the 5G Ecosystem for Government
- Antennas, towers, and wiring infrastructure for government use
- Networking, cloud platforms, and applications tailored for government needs
5G Service-Based Architecture for Government
- HTTP2 Application Layer Protocol for efficient service delivery
- DNS (Domain Name Server) enhancements to improve security and performance
Accessing Services and Data in a 5G Network for Government
- NRF (Network Repository Function) for secure data management
- Service Discovery mechanisms for streamlined operations
Sharing Physical Infrastructure for Government
- Network Virtualization and Virtual Network Functions (VNFs) to optimize resource utilization
- Sharing multiple virtual networks through network slicing for enhanced flexibility
Coordinating Network Resources across Devices for Government
- Connecting devices to other parts of a network through radio technology
- RAN (Radio Access Network) in 5G to ensure robust connectivity
Charging and Billing Architecture in a 5G Network for Government
- Charging interfaces for transparent billing processes
- Online and offline billing options for flexible payment management
Security in 5G for Government
- 5G Authentication And Key Agreement (AKA) to ensure secure access
- Authentication Servers to protect sensitive data
5G Data Connectivity across Regions for Government
- Accessing global services for international operations
- Roaming services in 5G to support mobile government workers
Delivering Voice and Video Services over IP Networks for Government
- IMS (IP Multimedia Subsystem) in 5G for enhanced communication capabilities
- Voice Over 5G to improve voice service quality
5G Deployments around the World for Government
- U.S., Europe, Japan, Korea, and China: key players in 5G deployment
- Standardization of 5G to ensure interoperability and security
5G Open RAN (O-RAN) for Government
- Understanding the O-RAN architecture for government applications
- Virtualization techniques for O-RAN to enhance flexibility and scalability
- Network slicing to support diverse government services
5G Containerization for Government
- Docker for efficient application deployment
- Kubernetes for robust orchestration of containerized applications
Multi-access Edge Computing (MEC) for Government
- Enabling technologies to support real-time data processing
- Understanding the MEC architecture and standards for government use
Summary and Next Steps for Government
Requirements
- An understanding of mobile networks for government
- An understanding of Wi-Fi networks
Audience
- Network architects
- Network engineers
- Mobile operations engineers
- Telecom professionals
Testimonials (1)
knowledge of the trainer
