...

2) Standardized representation of Multi-vendor Cloud Object Hierarchy for aggregate objects (Cloud Region, Tenants, DCI Overlay etc.) and atomic objects (VMs, Containers etc.) for resource allocation and metrics such as resource utilization

3) Standardized representation of Multi-vendor Cloud Events (E.g. VM Power On/Off), Alerts (E.g. Cloud Region CPU Usage exceeds threshold) and Faults (E.g. Loss of Redundancy from a Host NIC perspective) including policiesPolicies

4) Interaction of aforementioned policies with ONAP Policy Framework, especially closed loop remediation5) Inter-Cloud Workload Placement/Scheduling/Change Management decisions driven by ONAP OOF to leverage metrics, especially latency and bandwidth, at an aggregate object level 

Key ONAP Components

A&AI

DCAE

Multi VIM/Cloud

OOF

Policy

SDN-C

Overview

This page is to track the realization of the aforementioned requirements for Casablanca.

Current Progress

"Multi-Cloud Object Hierarchy & Capability Information Model," https://docs.google.com/document/d/1iOb8SymGoK7U6N5ZcYtrIPh_LaJMW_UHYdFWe7UOBNk/edit#heading=h.3bc6ryzdgbkh

Contributors: 

VMware: ramki krishnan, Sumit Verdi, Giridhar Jayavelu, Chris Dent, xinhuili

AT&T: Bin Hu, Shankaranarayanan Puzhavakath Narayanan, Sastry Isukapalli

Intel: Maryam Tahhan, Srinivasa Addepalli

Wind River: Gil Hellmann, Bin Yang

Reviewers:

Huawei: Zhipeng Huang