Orchestrator Sample Clauses
The Orchestrator clause designates a specific party or entity responsible for coordinating and managing the execution of a project, process, or agreement. In practice, this clause outlines the orchestrator's authority to oversee tasks, communicate between stakeholders, and ensure that all parties fulfill their obligations according to the agreed timeline and standards. By clearly assigning this central role, the clause helps streamline project management, reduce confusion, and ensure accountability throughout the duration of the agreement.
Orchestrator. The sub-components of the Orchestration are depicted in Figure 11. It consists of a TOSCA Template Validator, a TOSCA Template Parser and an Infrastructure Resource Descriptor. Orchestration Resource Descrip TOSCA Template Parser
Orchestrator. Table 1: Media component Interfaces
Orchestrator. Orchestration is concerned with mapping a desired resource configuration onto the resource constraints as defined by the availability of resources at the infrastructure level. The general capabilities of the interfaces are shown in Figure 6 and further elaborated in Table 2. The further decomposition of this component is presented in Sections 5.1.1 and 5.1.2.
Orchestrator. The orchestration module cover all the processes inside the platform that need synchronous communication among technology bricks. It do it exploiting the APIs exposed by each technology brick. In particular, the orchestrator, deployed as a microservice inside the CPN platform, interfaces with the following technology bricks, through configurable routes: Recommender User Modelling Producer’s App Message Broker
Orchestrator. The orchestrator component has two main responsibilities: it manages the execution flow of the system, and provides external interfaces. By having the all components communicate through the orchestrator, they can remain decoupled, and can be easily swapped with other components compatible with the orchestrator’s interfaces. As the component also provides the external interfaces, all client communication is also through the orchestrator. The orchestrator provides an interface for the client to start and stop moni- toring. For the former, the client has to provide monitoring specification. The orchestrator then calls on the monitor service to actually perform the desired actions. The other interfaces provided are for obtaining a monitoring report and querying the monitoring system. These are also passed on to the monitor service. Finally, it can call an external notify interface, which can be used for event-based monitoring to notify an external system of a violation. A design for this component is shown in Figure 7.6.
Orchestrator