See: Description
Package | Description |
---|---|
edu.rice.hj |
The base package for all habanero-java related items.
|
edu.rice.hj.api |
The base package for all Habanero-Java API.
|
edu.rice.hj.continuation |
Continuations Library for Coroutine support in Java.
|
edu.rice.hj.continuation.instrument |
Coroutine library instrumentation
Copyright (c) 2008, Matthias Mann
All rights reserved.
|
edu.rice.hj.experimental | |
edu.rice.hj.experimental.actors | |
edu.rice.hj.experimental.api | |
edu.rice.hj.runtime |
The base package for the habanero-java runtime.
|
edu.rice.hj.runtime.accumulator |
The base package for the habanero-java accumulators.
|
edu.rice.hj.runtime.actors |
The base package for the habanero-java actors support.
|
edu.rice.hj.runtime.arrayview |
The base package for all habanero-java array view classes.
|
edu.rice.hj.runtime.baseruntime | |
edu.rice.hj.runtime.config |
The base package for the habanero-java runtime configuration.
|
edu.rice.hj.runtime.eureka | |
edu.rice.hj.runtime.eventcount | |
edu.rice.hj.runtime.forkjoin |
The base package for a fork-join based parallel implementation of the HJ runtime.
|
edu.rice.hj.runtime.javafj | |
edu.rice.hj.runtime.mapreduce | |
edu.rice.hj.runtime.mapreduce2 | |
edu.rice.hj.runtime.metrics |
The base package for the habanero-java abstract metrics.
|
edu.rice.hj.runtime.orderedlock | |
edu.rice.hj.runtime.phasers |
The base package for the habanero-java phaser support.
|
edu.rice.hj.runtime.region |
The base package for all habanero-java regions.
|
edu.rice.hj.runtime.sequential |
The base package for a sequential implementation of the HJ runtime.
|
edu.rice.hj.runtime.simt | |
edu.rice.hj.runtime.util |
The base package for utility classes used by the HJ runtime.
|
edu.rice.hj.viz |
Habanero-Java (HJ) is a pedagogic parallel programming model being developed at Rice University as part of the Habanero Extreme Scale Software Research Project. Habanero-Java library (HJ-lib) is the new library implementation of HJ that can be used with any standard Java 8 implementation. The library-based approach is attractive compared to a language-based approach since it does not require modifying the compiler.
HJ integrates a wide range of parallel programming constructs (e.g., async tasks, futures, data-driven tasks, forall, barriers, phasers, transactions, actors) in a single programming model that enables unique combinations of these constructs (e.g., nested combinations of task and actor parallelism). The orthogonal classes of parallel constructs enables programmers with a basic knowledge of Java to get started quickly with expressing a wide range of parallel patterns. HJ is capable of expressing many different forms of parallel patterns including data parallelism, pipeline parallelism, stream parallelism, loop parallelism, and divide-and-conquer parallelism.
HJ-lib is built using lambda expressions and can run on any Java 8 JVM. Older JVMs can be targeted by relying on external bytecode transformations tools for compatibility. The HJ runtime is responsible for orchestrating the creation, execution, and termination of HJ tasks, and features both work-sharing and work-stealing schedulers. HJ is used at Rice University as an introductory parallel programming language for second-year undergraduate students. A wide variety of benchmarks have been ported to HJ, including a full application that was originally written in Fortran 90. Being a pedagogic programming model, HJ-lib is also an attractive tool for educators with numerous educational resources available from the sophomore-level COMP 322 course offered at Rice University.
Copyright © 2015 Rice University - Department of Computer Science. All rights reserved.