Uses of Package
org.jppf.server.scheduler.bundle

Packages that use org.jppf.server.scheduler.bundle
org.jppf.client.loadbalancer Support for the load-balancing of local versus remote execution on the client side. 
org.jppf.management Support for the JMX-based management of JPPF components. 
org.jppf.server.nio.nodeserver Classes supporting the server node-side of the JPPF asynchronous comunication model. 
org.jppf.server.scheduler.bundle Classes supporting the load-balancing of tasks distribution to the nodes. 
org.jppf.server.scheduler.bundle.autotuned Classes supporting the automatic adaptive tuning of the task bundle size, using the "autotuned" load-balancing algorithm. 
org.jppf.server.scheduler.bundle.fixedsize Classes supporting the fixes size bundle ("manual") load-balancing algorithm. 
org.jppf.server.scheduler.bundle.impl Classes supporting the automatic tuning of the task bundle size, using the propertional bundling algorithm. 
org.jppf.server.scheduler.bundle.proportional Classes supporting the automatic adaptive tuning of the task bundle size, using the "proportional" load-balancing algorithm. 
org.jppf.server.scheduler.bundle.providers Support of pluggable load-balancing algorithms. 
org.jppf.server.scheduler.bundle.rl Classes supporting the automatic adaptive tuning of the task bundle size, using the "rl" (reinforcement learning) load-balancing algorithm. 
org.jppf.server.scheduler.bundle.spi Support for pluggable load-balancing algorithms. 
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.client.loadbalancer
AbstractBundler
          Abstract implementation of the bundler interface.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.management
LoadBalancingInformation
          Information on the load-balancing algorithm currently setup in the driver.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.nio.nodeserver
Bundler
          This is the interface of all strategies for defining bundle task size.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle
BundlePerformanceSample
          This is a utility class to be used to store the pair of mean and the number of samples this mean is based on.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.autotuned
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.fixedsize
AbstractBundler
          Abstract implementation of the bundler interface.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.impl
AbstractBundler
          Abstract implementation of the bundler interface.
BundlePerformanceSample
          This is a utility class to be used to store the pair of mean and the number of samples this mean is based on.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.proportional
AbstractBundler
          Abstract implementation of the bundler interface.
BundleDataHolder
          Each instance of this class acts as a container for the performance data related to a node.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.providers
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.rl
AbstractBundler
          Abstract implementation of the bundler interface.
BundleDataHolder
          Each instance of this class acts as a container for the performance data related to a node.
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 

Classes in org.jppf.server.scheduler.bundle used by org.jppf.server.scheduler.bundle.spi
Bundler
          This is the interface of all strategies for defining bundle task size.
LoadBalancingProfile
          This interface defines the set of parameters used by a load-balancing algorithm.
 



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