Uses of Class
org.jppf.server.scheduler.bundle.AbstractBundler

Packages that use AbstractBundler

org.jppf.client.loadbalancer	Support for the load-balancing of local versus remote execution on the client side.
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.rl	Classes supporting the automatic adaptive tuning of the task bundle size, using the "rl" (reinforcement learning) load-balancing algorithm.

Uses of AbstractBundler in org.jppf.client.loadbalancer

Subclasses of AbstractBundler in org.jppf.client.loadbalancer

class

ClientProportionalBundler Implementation of the "proportional" load-balancing algortihm, dedicated to balancing the load between local and remote execution, when local execution is enabled in the client.

Uses of AbstractBundler in org.jppf.server.scheduler.bundle.fixedsize

Subclasses of AbstractBundler in org.jppf.server.scheduler.bundle.fixedsize

class

FixedSizeBundler This class provide a used defined bundle size strategy.

Uses of AbstractBundler in org.jppf.server.scheduler.bundle.impl

Subclasses of AbstractBundler in org.jppf.server.scheduler.bundle.impl

class	AbstractAutoTunedBundler This class implements a self tuned bundle size algorithm.
class	AutoTunedBundler This class implements a self tuned bundle size algorithm.
class	AutotunedDelegatingBundler Instances of this bundler delegate their operations to a singleton instance of a AutoTunedBundler.
static class	NodeSimulator.SimulatedProportionalBundler Used in simulations of proportianl bundlers.
class	ProportionalBundler This bundler implementation computes bundle sizes propertional to the mean execution time for each node to the power of n, where n is an integer value specified in the configuration file as "proportionality factor".
class	RLBundler Bundler based on a reinforcement learning algorithm.

Uses of AbstractBundler in org.jppf.server.scheduler.bundle.proportional

Subclasses of AbstractBundler in org.jppf.server.scheduler.bundle.proportional

class

AbstractProportionalBundler This bundler implementation computes bundle sizes propertional to the mean execution time for each node to the power of n, where n is an integer value specified in the configuration file as "proportionality factor".

Uses of AbstractBundler in org.jppf.server.scheduler.bundle.rl

Subclasses of AbstractBundler in org.jppf.server.scheduler.bundle.rl

class

AbstractRLBundler Bundler based on a reinforcement learning algorithm.