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When a control loop definition has been commissioned, instances of the control loop can be created, updated, and deleted. The system manages the lifecycle of control loops and control loop elements following the state transition diagram below.
Zu Qiang Let's update the state diagram below.
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In the figure above, five participants are shown. A Configuration Perisistence Participant manages Control Loop Elements that interact with the ONAP Configuration Persistence Service to store common data. The DCAE Participant runs Control Loop Elements that manage DCAE microservices. The Kubernetes Participant hosts the Control Loop Elements that are managing the life cycle of microservices in control loops that are in a Kubernetes ecosystem. The Policy Participant handles the Control Loop Elements that interact with the Policy Framework to manage policies for control loops. A Controller Participant such as the CDS Participant runs Control Loop Elements that load metadata and configure controllers so that they can partake in control loops. Any third party Existing System Participant can be developed to run Control Loop Elements that interact with any existing system (such as an operator's analytic, machine learning, or artificial intelligence system) so that those systems can partake in control loops.
4. Defining Control Loops in TOSCA
Zu Qiang Section for us to work ont he TOSCA in here.
5. Concepts and Relationships on CLAMP Control Loops
6. REST interfaces
7. CLAMP Participant Protocol
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This page is updated for Istanbul to this point, the information below this point may or may not be correct for Istanbul. |
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