1. Core network architecture based on CUPS At the 76th 3GPP CT meeting in June 2017, 3GPP completed the CUPS standard in R14, which is the “technical standard for the separation of the EPC user plane and the control plane”.…
Analysis of future ETSI standardization progress
Analysis of future ETSI standardization progress In 2016, ETSI released three technical specifications related to MEC, covering MEC terminology, technical requirements and use cases, MEC framework and reference architecture. The first specification, GS MEC 001, mainly standardizes MEC terminology and…
Edge computing system-level management
The mobile edge system-level management part mainly includes three functional modules: mobile edge orchestrator (mobile edge orchestrator). 1) Mobile edge orchestrator Mobile edge orchestrator is the core function of mobile edge system-level management and is mainly responsible for 5 functions:…
Standardization progress of edge computing in ETSI
In the ETSI GS MEC 003 agreement, a reference architecture for edge computing based on NFV architecture is proposed. This reference architecture allows APPs hosted on edge computing platforms to run efficiently and seamlessly on mobile networks. For reference in…
Standardization progress of edge computing in ETSI
Standardization progress of edge computing in ETSI In the ETSI GS MEC 003 agreement, a reference architecture for edge computing based on NFV architecture is proposed. This reference architecture allows APPs hosted on edge computing platforms to run efficiently and…
Overview of edge computing application scenarios
In the white paper, scenarios where edge computing can be applied in the future are given. Many application scenarios can already be realized. Only video analysis, content optimization and positioning technology scenarios are analyzed here. 1) Positioning technology Figure 3…
Overview of edge computing server architecture
In the white paper, a rough description of the architecture of edge computing is given. Figure 2 shows the functions and composition of each part of the platform. The key to edge computing is to integrate the IT server with…
Enabling technologies for edge computing
Enabling technologies for edge computing The enabling technologies of edge computing mainly include three aspects: cloud and virtualization, large-capacity servers, and enabling application and service ecosystems. 1) Cloud and virtualization. The separation of hardware and software and the implementation of…
Interpretation of ETSI Edge Computing White Paper
ETSI first released the Edge Computing White Paper: Mobile-EdgeComputing-Introductory Technical White Paper. The main purpose of this white paper is to introduce the concept of edge computing and related key market drivers, and discuss the business, consumer and Technical value/benefit.…
Capacidades de rede de computação periférica
Edge computing combines open network capabilities with big data and cloud computing platforms, allowing third-party applications to be deployed at the edge of the network. It is an inevitable technology for the evolution from flat to edge and 5G-oriented network…
Progresso da normalização da computação periférica e análise de casos
Edge computing (EC) is a new network architecture and open platform that integrates network, computing, storage, and application core capabilities at the edge of the network close to people, things, or data sources. Edge computing combines traditional centralized cloud computing…
Método de otimização da atribuição de recursos de computação periférica
Augmented reality (AR) applications are growing and attracting more and more attention because they can combine computer-generated data with the real world through hardware devices. AR applications are extremely sensitive to delays and have high requirements for computing and communication.…