Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

...

View file
nameConnected-Vehicle-Blueprint-20190305.pdf
height250

Case Attributes

Description

Informational

Type

New Blueprint for the Edge

 


Blueprint Family - Proposed Name

It is

a

an independent blueprint, NOT a blueprint family yet.

 


Use Case

MEC platform used for Connected Vehicle.

 


Blueprint proposed Name

Connected Vehicle Blueprint

 


Initial POD Cost (capex)

The Minimum Configuration:  4 Servers in total

MEC Platform(1 Server) + 1 App Server(1 Server)+ 2 Simulators(2 Server)

 


Scale & Type

Up to 4 Arm/X86 server

 


Applications

The MEC platform which can be used to connect vehicles, the general data flows are itemized below:
1)Grab the traffic/vehicle information
2)Dispatch the traffic/vehicle information to the corresponding edge process unit. Note well: The dispatch policy can be configurable.
3)Process the data in the Edge or Cloud and figure out the suggested action item for the vehicle driver
4)Send the suggested action items to the vehicle driver

 


Power Restrictions

Less than 6KW.

The Maximum Power consumption for each server is around 1500W,  1500 * 4 = 6000W

 


Infrastructure orchestration

oDocker

Docker + K8s

oVM

VM and OpenStack/StarlingX

 


PaaS

Tars


Network

OVS, DPDK, VPP

 


Workload Type

Bare metal,  VM,  Container

 


Additional Details

openNESS



Criteria

Connected Vehicle Blueprint

Each initial blueprint is encouraged to take on at least two committers from different companies

Tencent, Arm, Intel, Nokia

Complete all templates outlined in

this

these documents

Detailed in this slide

A lab with the exact configuration required by the blueprint to connect with Akraino CI and demonstrate CD.

User

Users should demonstrate either an existing lab or the funding and commitment to build the needed configuration.

A test and simulation lab will be provided in Tencent Cloud Silicon Valley.

Blueprint is aligned with the Akraino Edge Stack Charter

All opensource, Edge use case,

Aligned with the Akraino Charter

Blueprint code that will be developed and used with Akraino repository should use only open-source software components either from upstream or Akraino projects.

Yes, all open source.

For new blueprints submission, the submitter should review existing blueprints and ensure it is not a duplicate blueprint and explain how the submission differs. The functional fit of an existing blueprint for a use case does not prevent an additional blueprint being submitted.

A

An edge platform for deploying connected vehicle

application

applications does not exist in Akraino yet.


Criteria

Connected Vehicle Blueprint

Name of the project is appropriate(no trademark issues etc.); Proposed repository name is all lower-case without any special characters.

Connected Vehicle Blueprint

Project contact name, company, and email are defined and documents

Robert Qiu, Tencent

robertqiu@tencent.com

Description of the project goal and its purpose are defined.

Establishing an MEC edge platform for connected vehicle use cases.

Scope and project plan are well defined.

Target for Release2, 30 July,2019.

Resource committed and available

There is a team, resources and lab in place.

Contributors identified

Tencent, Arm, Intel, Nokia

Initial list of committers identified

(elected/proposed by initial contributors)

Tencent, Arm, Intel, Nokia


Meets Akraino TSC policies

The project will operate in a transparent, open, collaborative, and ethical manner at all the times.

Proposal has been socialized with potentially interested or affected projects and/or parties

oHave already reached a consensus with sponsors.
oTalk with chair/co-char

Cross Project Dependencies.

OpenStack, K8s, Docker, DPDK, openNESS, OVS et al.