Information

Cloud Edge Client Coordination
  • Past
  • Confirmed
  • Breakout Sessions

Meeting

Event details

Date:
– Pacific Daylight Time
Status:
Confirmed
Location:
-1 Lower Level - Catalina 2
Participants:
Martin Alvarez-Espinar, Kenji Baheux, Tim Kadlec, Zoltan Kis, Kensaku KOMATSU, Mirja Kühlewind, Dapeng(Max) Liu, Michael McCool, Lucas Pardue, Jan Romann, Austin Sullivan, Kunihiko Toumura
Big meeting:
TPAC 2024 (Calendar)

Enabling workload orchestration among central cloud, edge cloud, and clients has many useful use cases, such as accelerating AI applications, streaming services, and cloud gaming.

However, there is no standardized mechanism for workload coordination and orchestration between central cloud, edge cloud, and clients, which may hinder the interoperability of the workload user, cloud provider, client-side OS, and applications.

This session will discuss the emerging new use cases and standard gaps of cloud, edge, client coordination.

Agenda

Chairs:
Dapeng(Max) Liu, Michael McCool

Description:
Enabling workload orchestration among central cloud, edge cloud, and clients has many useful use cases, such as accelerating AI applications, streaming services, and cloud gaming.

However, there is no standardized mechanism for workload coordination and orchestration between central cloud, edge cloud, and clients, which may hinder the interoperability of the workload user, cloud provider, client-side OS, and applications.

This session will discuss the emerging new use cases and standard gaps of cloud, edge, client coordination.

Goal(s):
Get feedback and discuss gaps in standards today to realise the emerging use-cases.

Agenda:

  1. Discuss emerging use cases (AI model use case, Home AI/IoT use case, Cloud gaming use case; 10m)
  2. DEMO (EdgeRoutine; 5m)
  3. Discuss and identify standards gaps
    • list of standard gaps （25m）
    • prioritize identified standard gap (10m)
    • followup actions (10m)

Materials:

Minutes

 Read minutes

Export options

Personal Links

Please log in to export this event with all the information you have access to.

Public Links

The following links do not contain any sensitive information and can be shared publicly.

Feedback

Report feedback and issues on GitHub.