This work item will define guidance to the user in order to build his/her own service composition with the expected and relevant quality of experience (QoE) and to ensure his/her data privacy
Energy Aware Networking adapt performances and power consumption according to traffic load. Actual energy efficiency measurement procedures are unsuitable to determines the equipmentâ€(TM)s ability to adapt performances and power consumption to traffic load needs, hence a novel measurement method is required. This WI will focus on fixed access and transport nodes.
Providing an estimation method for estimating the total energy consumption of a Mobile Network based on using small portion of data from same Network and statistically approach.
The document specifies the requirements for Multi-access Edge Computing with the aim of promoting interoperability and deployments. It contains normative and informative parts. The document also contains an annex describing example use cases and their technical benefits, for the purpose of deriving requirements.
The document provides a framework and reference architecture for Multi-access Edge Computing that describes a MEC system that enables MEC applications to run efficiently and seamlessly in a multi-access network. The document also describes the functional elements and the reference points between them, and a number of MEC services that comprise the solution. It finally presents a number of key concepts related to the multi-access edge architecture.
The document defines a framework to be used by ETSI ISG MEC to coordinate and promote multivendor Proofs of Concept (PoC) projects and MEC Deployment Trial (MDT) projects illustrating key aspects of MEC technology. Proofs of Concept are an important tool to demonstrate the viability of a new technology during its early days and or pre-standardization phase. MDTs are seen as the next step of PoC to demonstrate the viability of MEC in a commercial trial/deployment and to provide feedback to the standardization work.
The document defines design principles for RESTful MEC service APIs, provides guidelines and templates for the documentation of these, and defines patterns of how MEC service APIs use RESTful principles.
The document defines the management of the mobile edge system, mobile edge hosts and mobile edge platforms. This includes platform configuration, performance and fault management, application monitoring, remote service configuration and service control, information gathering regarding the platform features, available services, and available virtualised resources.
The document provides information flows for lifecycle management of applications running on a MEC host, and describes interfaces over the reference points to support application lifecycle management. It also describes application rules and requirements, application-related events, mobility handling and MEC service availability tracking. The document specifies the necessary data model, data format and operation format when applicable.
The document focuses on the functionalities enabled via the Mp1 reference point between MEC applications and MEC platform, which allows these applications to interact with the MEC system. Service related functionality includes registration/deregistration, discovery and event notifications. Other functionality includes application availability, traffic rules, DNS and time of day. It describes the information flows, required information, and specifies the necessary operations, data models and API definitions.
The document focuses on the Radio Network Information MEC service. It describes the message flows and the required information. The present document also specifies the RESTful API with the data model.
The present document replaces TS 103463 and defines in greater detail a number of Key Performance Indicators (KPIs) for Smart Areas (both urban and rural) expressing sustainability performance in terms of People, Planet, Prosperity and Governance. Certain of the KPIs are grouped and presented as Global KPIs in TS 103 463-2.
