Programming for parallelism

TL;DR: The results indicate that the parallel hydrodynamic device simulator exhibits excellent speedups and scalability on distributed memory parallel computers with minimum communication overhead.

TL;DR: This work addresses problems by discussing a concept for visual modules in a diagrammatic parallel language as well as a method to describe massive parallel programs consisting of hundreds of processes by means of a visual replication mechanism.

TL;DR: A new branching mechanism which includes the instruction address broadcast, the target address register and the active flag in the processing element, is proposed and the effectiveness of this mechanism is discussed on example programs.

TL;DR: This paper presents an equational formulation of an object-oriented data model that achieves a declarative set-based query language and views for objects with identity and the query primitives are designed so that queries including object traversal can be evaluated in a data-parallel fashion.