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## Uses of Package
org.jini.rio.qos

Packages that use org.jini.rio.qos
org.jini.rio.core | Provides interfaces and classes required to provision and monitor services through the network
org.jini.rio.core.jsb | Defines interfaces and semantics for the ServiceBean component model
org.jini.rio.core.provision | Defines interfaces and classes to provision dynamic services
org.jini.rio.cybernode | A Cybernode represents a compute resource as a service available through the network, offering dynamic allocation and provisioning capabilities.
org.jini.rio.jsb | Provides classes which implement the ServiceBean model
org.jini.rio.qos | Provides classes which represent an abstract notion of a compute resource that offers computational resources that can be measured using Quality of Service mechanisms correlating to qualitative and quantitative capabilities

Classes in org.jini.rio.qos used by org.jini.rio.core
ResourceCapability Key to the dynamic allocation approach is providing mechanisms to communicate changes to platform and measurable capabilities of a compute resource.

Classes in org.jini.rio.qos used by org.jini.rio.core.jsb
ComputeResource The `ComputeResource` represents an abstract notion of a compute resource that offers computational resources which can be measured using Quality of Service mechanisms which correlate to qualitative and quantitative capabilities such as CPU, Memory, and others

Classes in org.jini.rio.qos used by org.jini.rio.core.provision
ResourceCapability Key to the dynamic allocation approach is providing mechanisms to communicate changes to platform and measurable capabilities of a compute resource.

Classes in org.jini.rio.qos used by org.jini.rio.cybernode
ComputeResource The `ComputeResource` represents an abstract notion of a compute resource that offers computational resources which can be measured using Quality of Service mechanisms which correlate to qualitative and quantitative capabilities such as CPU, Memory, and others
ComputeResourceAdmin The ComputeResourceAdmin provides an administrative interface for a ComputeResource

Classes in org.jini.rio.qos used by org.jini.rio.jsb
ComputeResource The `ComputeResource` represents an abstract notion of a compute resource that offers computational resources which can be measured using Quality of Service mechanisms which correlate to qualitative and quantitative capabilities such as CPU, Memory, and others
ComputeResourceObserver The ComputeResourceObserver observes the ComputeResource object associated with a ServiceBean.
SLAThresholdEventAdapter Provides the support to transform SLAThresholdEvent notifications to JMX notifications

Classes in org.jini.rio.qos used by org.jini.rio.qos
ComputeResource The `ComputeResource` represents an abstract notion of a compute resource that offers computational resources which can be measured using Quality of Service mechanisms which correlate to qualitative and quantitative capabilities such as CPU, Memory, and others
ComputeResourceUtilization The ComputeResourceUtilization provides a mechanism to represent the utilization of a `ComputeResource`.
ResourceCapability Key to the dynamic allocation approach is providing mechanisms to communicate changes to platform and measurable capabilities of a compute resource.
SLAPolicyEvent SLAPolicyHandler implementations create SLAPolicyEvent objects to notify local SLAPolicyEventListener instances of actions it has taken
SLAPolicyEventListener Register for SLAPolicyEvent notification by providing a SLAPolicyEventListener implementation
SLAPolicyHandler A SLAPolicyHandler handles thresholds for a ThresholdWatch, registering to a ThresholdManager.
SLAThresholdEvent The SLAThresholdEvent extends ThresholdEvent and represents a threshold being crossed for a Service
SystemCapabilitiesLoader The SystemCapabilitiesLoader defines the semantics to load `PlatformCapability` and `MeasurableCapability` instances

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