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Идеально распараллеливаемый цикл

На момент публикации этого поста конкурс уже наверняка закончится, так что в плане неспортивного поведения и помощи соперникам моя совесть чиста. В любом случае, излагаемые сведения едва ли станут откровением для кого-либо из участников. :)

Open Parallel: Optimizing Web Performance with TBB

Open Parallel is a research and development company that focuses on parallel programming and multicore development. We are a bunch of highly skilled geeks from various backgrounds that work together on problems in parallel programming and software development for multicore and manycore platforms.

ArBB, Cilk+, OpenMP, OpenCL, TBB - День Знаний или День Выборов

Данный пост изначально был размещен в корпоративном блоге Intel на площадке Habrahabr.ru.

Вспомните, делали ли вы в последние годы какой-нибудь существенный выбор, не почитав предварительно в интернете отзывов тех, кто уже выбрал это ранее?

Мы живем в эпоху «развивающегося отзывизма».

Using Intel® TBB 4.0 features to simplify Dining Philosophers

Intel recently released the 4.0 version of Intel® Threading Building Blocks (Intel® TBB), in which most of the flow::graph Community Preview features from 3.0 have been made standard features, and some new nodes have been added as Community Preview features. The time has come to revisit the Dining Philosophers program.

Using Buffering Nodes in Graphs in Intel® Threading Building Blocks

When using the new flow graph in Intel® Threading Building Blocks (Intel® TBB), we often encounter a situation where a sending node is ready to output a data item, but no receiving nodes are ready to receive that data item. Sending nodes have differing semantics in this regard, but they often just throw data away when no receiver accepts it. In some cases, we want to process every piece of data generated by a sender. This requires that the sender have as successor a node that always accepts data items.

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