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- Q5421268 subject Q6752025.
- Q5421268 abstract "In computer programming, explicit parallelism is the representationof concurrent computations by means of primitivesin the form of special-purpose directives or function calls. Most parallel primitives are related to process synchronization, communication or task partitioning. As they seldom contribute to actually carry out the intended computation of the program, their computational cost is often consideredas parallelization overhead.The advantage of explicit parallel programming is the absolute programmercontrol over the parallel execution. A skilledparallel programmer takes advantage of explicit parallelism to producevery efficient code. However, programming with explicit parallelism is often difficult, especially for non computing specialists, because of the extra work involved in planningthe task division and synchronization of concurrent processes. In some instances, explicit parallelism may be avoided with the use of an optimizing compiler that automatically extracts the parallelism inherent to computations (see implicit parallelism).".
- Q5421268 wikiPageWikiLink Q127879.
- Q5421268 wikiPageWikiLink Q154755.
- Q5421268 wikiPageWikiLink Q1684164.
- Q5421268 wikiPageWikiLink Q232661.
- Q5421268 wikiPageWikiLink Q251.
- Q5421268 wikiPageWikiLink Q334879.
- Q5421268 wikiPageWikiLink Q5327483.
- Q5421268 wikiPageWikiLink Q6007302.
- Q5421268 wikiPageWikiLink Q6752025.
- Q5421268 wikiPageWikiLink Q80006.
- Q5421268 wikiPageWikiLink Q838062.
- Q5421268 wikiPageWikiLink Q963222.
- Q5421268 comment "In computer programming, explicit parallelism is the representationof concurrent computations by means of primitivesin the form of special-purpose directives or function calls. Most parallel primitives are related to process synchronization, communication or task partitioning.".
- Q5421268 label "Explicit parallelism".