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- Most optimization problems can be solved in a declarative manner using a high-level modeling language.
- Recent advances in open source optimization platforms allow the solution process to be mostly solver-independent.
- By leveraging the library of standard/global constraints, optimization models can be rapidly developed.
- By developing a focused set of platform components, we can realize a policy-driven, declarative system that allows ONAP optimization applications be composed rapidly and managed easily
- Policy and data adapters
- Execution and management environment
- Curated "knowledge base" and recipes to provide information on typical optimization examples and how to use the OOF
- More importantly, by providing a way to support both "traditional" optimization applications and model-driven applications, we can provide a choice for users to adapt the platform based on their business needs and skills/expertise.
Project Landing Page:
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Optimization Framework Project
Project Meeting Minutes:
OOF Meeting Minutes
Leadership Resources :
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Role | Name | Linux Foundation Login (LFID) | Email Address |
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PTL | krishnaa96 | krishna.moorthy6@wipro.com | |
Committers | snarayanan | snarayanan@research.att.com | |
vrvarma | vv8305@att.com | ||
amartell | arthur.martella.1@att.com | ||
dhebeha | dhebeha.mj71@wipro.com | ||
@saratsarat | sarat | sarat@research.att.com |
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- How long the project has been an active: TSC approval date: June 23, 2017
- Release Participation: Release R2 R3 through Release R6
- Engagement levels for past releases (up to 3):
- Commits per Release:
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- Companies per release:
- Use Cases:
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