MPJava: High-Performance Message Passing in Java Using Java.nio

TL;DR: The quality of the protocol implementations and their design decisions has been thoroughly evaluated and it has been demonstrated that these Java protocols obtain similar results to native communications.

TL;DR: The current outlook of Java Socket optimisations involving both native and Java side issues are examined in order to make a design proposal named Java Fast Sockets, which has demonstrated that Java communication performance on clusters can compete with native performance.

TL;DR: This paper considers a model of a parallel program that can efficiently be interpreted on an instrumental computer, providing a means for a sufficiently accurate prediction of the actual time needed for execution of the parallel program on a given parallel computational system.

TL;DR: A Java based message passing implementation, named Architecture for Java Universal Message Passing (A-JUMP), which provides flexibility to programmers in writing parallel applications using multiple programming languages and also provides facility to use different network protocols for message communication.

TL;DR: The original NAS Parallel Benchmarks consisted of eight individual bench- mark problems, each of which focused on some aspect of scientific computing, although most of these benchmarks have much broader relevance, since in a much larger sense they are typical of many real-world computing applications.

TL;DR: DOGMA supports parallel programming in both a traditional message-passing form and a novel object-oriented approach, and provides a unified environment for developing high-performance supercomputing applications on heterogeneous systems.

TL;DR: The Group Method Invocation model (GMI) allows methods to be invoked either on a single object or on a group of objects, the latter possibly with personalized parameters, providing an efficient group communication mechanism for parallel programming.

TL;DR: JMPI is described, a reference implementation of MPI developed at the Architecture and Real-Time Laboratory at the University of Massachusetts Amherst that explores using Java's Remote Method Invocation, Object Serialization and Introspection technologies for message passing.