Duration
4 hours
Objectives
Upon completion of this course, the attendees will be able to
- Describe what is 5G Architecture
- Understand the Network Slicing Architecture
- Understand the End to End Network Slicing
- Understand the 5G Network Slicing for Vertical Industries
Target Audience
Engineers, network planners, network designers, product managers, project managers, program managers, testers, and anyone else who want to understand 5G technology.
Pre-requisite
5G Fundamental
Chapter 1: 5G Network Architecture
- A Cloud-Native 5G Architecture is Key to Enabling Diversified Service Requirements
- 5G Will Enrich the Telecommunication Ecosystem
- End-to-End Network Slicing for Multiple Industries Based on One Physical Infrastructure
- Reconstructing the RAN with Cloud
- Cloud-Native New Core Architecture
- Self-Service Agile Operation
- Conclusion
Chapter 2: An Introduction to Network Slicing
- What is 5G Network Slicing?
- Defining a Network Slice
- The Network Slicing Blueprint
- What can Network Slicing Do for your Business?
- The Future of Network Slicing
Chapter 3: 5G Network Slicing for Vertical Industries
- Digital Transformation
- Key Industries and their Challenges
- Service Requirements by Vertical Segments
- Vertical Industry Requirement Maslow Model
- Need Of Vertical
- Category 1: Performance requirements
- Category 2: Functional requirements
- Category 3: Operational requirements
- 5G Network Slicing
- Network Slicing Forms
- Tackle Vertical Requirements via Network Slicing
- Summary
Chapter 4: End to End Network Slicing
- Definition
- Overall Objective
- Requirements
- Overall Architecture
- Network Slicing Management Architecture
- Network Slicing Design and Management Principle
- NSM Architecture
- Core Network Slicing
- Core Network Slicing Architecture
- Network slicing architecture for 5G CN
- Core Network Slicing Selection
- Core Network Slicing Registration
- Core Network Slicing PDU Session Establishment
- Transport Network Slicing
- Network Slicing for different layer network
- Total Solution for 5G Transport
- Control Plane Slicing
- Forwarding Plane Slicing
- Radio Access Network Slicing
- Requirements
- Scenarios and Slicing Granularity
- Design Principle
- Principle 1：Unified logical architecture, flexible deployment on slicing
- Principle 2: RAN resource logical isolation
- Principle 3: Differentiated implementation
- Principle 4: Ensuring key performance
- RAN Slicing Architecture
- The Relationship between RAN Slicing and PLMN
- RAN Slicing Procedure
- Access and Network Slice Selection
- UE Context Handling
- PDU Session Handling
- Mobility (Handover Procedure)
- RAN Real Time and Non Real Time Function Slicing
- Terminal Slicing
- Vertical Slicing
- Horizontal Slicing
- Computation Resource Sharing Procedure
- E2E Network Slicing Security
- Security Threats and Requirements
- Security Mechanism Differentiation for Network Slices
- Network Slice Authentication and Authorization
- Security on virtualization
- Security on Management of Slicing
- Network Slice Security Architecture
- Network Slice Security Procedure
- Summary
Conclusion
Programme scope, delivery arrangements and suitability are confirmed during enquiry.