PT04 MEC enabled vertical segments applications: Difference between revisions

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= Description =
= Description =
Identify valuable and measurable MEC metrics that demonstrate the technical and business benefits of the MEC solutions in some use cases.
Demonstration of application scenarios specifically targeted on vertical markets of the 5G era, in order to show the usage of MEC system as enabler for different use cases and business objectives, helping all stakeholders to develop a diverse, open, MEC ecosystem. The goal is to emphasize the transversal role of MEC by MEC POC demonstrations of some use cases of vertical business area.
Demonstrate the identified MEC Metrics as drafted within the current DGS MEC-IEG006.
Description of these scenarios, possibly identifying new use cases (or enhancements of the existing ones) that could generate requirements for MEC Phase 2 work.
Examples of MEC-enabled Vertical Segments applications include specific services for:


[https://docbox.etsi.org/ISG/MEC/05-CONTRIBUTIONS/2015//MEC(15)000272r2_Hot_PoC_Topic_Proposal.docx MEC PoC Topic Proposal - MEC Metrics]
• automotive and cooperative vehicles
 
• virtual reality / augmented reality
 
• IoT scenarios (with sensors, fog nodes, …)
 
• robotics and factories of the future
 
• eHealth and mHealth
 
• media and entertainment vertical
 
• applications for the energy industry
 
• etc …


= Status =
= Status =
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==Points to prove/refute==
==Points to prove/refute==
Valuable and measureable additional MEC Metrics that demonstrate the benefits  of MEC in some use cases
What are the main use cases and requirements derived from the demonstrated applications of vertical segments markets
 
• What are the different deployment options the identified applications? What is the one deployed / recommended by the PoC(s)?


Demonstrate that the identified MEC Metrics are measurable
What are the main current limitations? What has been made in the PoC(s) to overcome those limitations?
 
• Is the PoC identifying possible enhancements to the current MEC architecture?
 
• What is missing, if any, in the MEC specifications to enable the showcased application to be implemented in a live network


==Criterion of success==
==Criterion of success==
• KPI/Metrics that are contributed to the draft GS MEC-IEG006
Documentation of how the MEC-enabled Vertical Segments applications have been implemented and deployed, and which use cases (and/or requirements) have been identified for submission to the ISG MEC.
 
= Technical information to be provided by the PoC Team=
 
• New identified technical requirements and specific use case description
 
• Technical details on the issues faced


==Other information==
Technical details on the solutions provided
Proposed measured metric value ranges with additional detailed description under what  conditions they have been measured


= Technical information to be provided by the PoC Team=
Technical details on the lessons learned
The identified MEC Metrics are either described by the current draft or will be provided by the PoC Team as input contributions to the IEG WG meetings.


= Template for the PoC Feedback Contribution =
When applicable, submission of contributions to MEC technical requirements (GS MEC 002) for the MEC Phase 2 work.
No specific template. POC Teams are expected to submit a Technical Report covering the points mentioned above.


=Concerned WGs/WI=  
=Concerned WGs/WI=  
• GS MEC-IEG006 Mobile Edge Computing (MEC); MEC Metrics ([https://portal.etsi.org/tb.aspx?tbid=835&SubTB=835 See latest draft])
RGS/MEC-0021TechReq


=Coordinator=
=Coordinator=
MEC-IEG006 Rapporteur: Milan Patel, Huawei ([mailto:milan.patel@huawei.com milan.patel@huawei.com])
Dario Sabella (POC support team) ([mailto:dario.sabella@intel.com dario.sabella@intel.com])
 
CTI Support: [mailto:cti_support@etsi.org cti_support@etsi.org]
 
=Contributions (feedback) deadline=
Q4 2016

Latest revision as of 08:43, 7 July 2022

Description

Demonstration of application scenarios specifically targeted on vertical markets of the 5G era, in order to show the usage of MEC system as enabler for different use cases and business objectives, helping all stakeholders to develop a diverse, open, MEC ecosystem. The goal is to emphasize the transversal role of MEC by MEC POC demonstrations of some use cases of vertical business area. Description of these scenarios, possibly identifying new use cases (or enhancements of the existing ones) that could generate requirements for MEC Phase 2 work. Examples of MEC-enabled Vertical Segments applications include specific services for:

• automotive and cooperative vehicles

• virtual reality / augmented reality

• IoT scenarios (with sensors, fog nodes, …)

• robotics and factories of the future

• eHealth and mHealth

• media and entertainment vertical

• applications for the energy industry

• etc …

Status

ACTIVE

What is expected to be learnt from the PoCs

Points to prove/refute

• What are the main use cases and requirements derived from the demonstrated applications of vertical segments markets

• What are the different deployment options the identified applications? What is the one deployed / recommended by the PoC(s)?

• What are the main current limitations? What has been made in the PoC(s) to overcome those limitations?

• Is the PoC identifying possible enhancements to the current MEC architecture?

• What is missing, if any, in the MEC specifications to enable the showcased application to be implemented in a live network

Criterion of success

Documentation of how the MEC-enabled Vertical Segments applications have been implemented and deployed, and which use cases (and/or requirements) have been identified for submission to the ISG MEC.

Technical information to be provided by the PoC Team

• New identified technical requirements and specific use case description

• Technical details on the issues faced

• Technical details on the solutions provided

• Technical details on the lessons learned

When applicable, submission of contributions to MEC technical requirements (GS MEC 002) for the MEC Phase 2 work.

Concerned WGs/WI

RGS/MEC-0021TechReq

Coordinator

Dario Sabella (POC support team) (dario.sabella@intel.com)