Multi Access Edge Computing (MEC) plays a crucial role as a key enabler for upcoming 5G-based services. This course provides a comprehensive
understanding of the synergy between these two technologies. Initially, it
covers the fundamental concepts, followed by a detailed exploration of the
standardized MEC architecture from both ETSI and 3GPP perspectives. The
emphasis is placed on the System and Host Level components, with a
subsequent analysis of how MEC seamlessly integrates with the 5G Service
Based Architecture. Furthermore, the course delves into the various 5G
techniques and technologies that MEC effectively leverages. Key topics covered
include AF Influenced Traffic Routing, LADNs, Uplink Classifiers, Branching
Points, and SSC.
• Connectivity Frameworks
• Local Access to the Data Network.
• Standardization of MEC.
• 3GPP Release Edge Computing
• MEC Framework
• MEC Orchestrator
• MEC Platform
• 5G and 3GPP Edge Integration
• Edge Configuration Server Discovery
• MEC Service Provisioning
• 3GPP Edge Computing Registration
• Edge App Server Instantiation
• Edge App Server Deployment
• Edge App Server Requirements IOC
• Edge App Server Function IOC
• Session and Service Continuity Overview
• Session and Service Continuity Mode 1
• Session and Service Continuity Mode 2
• Session and Service Continuity Mode 3
• MEC Service Continuity in Mobility Scenarios
• Network function virtualization (NFV) in MEC
• MEC architecture in an NFV environment
• Application Scenarios of the MEC/NFV
• Software defined networking (SDN) in MEC
• SDN Infrastructure
• Overview of the involvement of standardization groups
• Standards organizations and Network operators involved in MEC
• Synergized Mobile Edge Cloud architecture
• MEC Security Considerations
• Relationship of service providers in MEC network deployments
Multi Access Edge Computing (MEC) plays a crucial role as a key enabler for upcoming 5G-based services. This course provides a comprehensive
understanding of the synergy between these two technologies. Initially, it
covers the fundamental concepts, followed by a detailed exploration of the
standardized MEC architecture from both ETSI and 3GPP perspectives. The
emphasis is placed on the System and Host Level components, with a
subsequent analysis of how MEC seamlessly integrates with the 5G Service
Based Architecture. Furthermore, the course delves into the various 5G
techniques and technologies that MEC effectively leverages. Key topics covered
include AF Influenced Traffic Routing, LADNs, Uplink Classifiers, Branching
Points, and SSC.
Knowledge on 5G Technology Â
Start your 5G journey and obtain 5G certification
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