Приклади вживання Cilk Англійська мовою та їх переклад на Українською
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Colloquial
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Ecclesiastic
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Computer
Can in Cilk Plus be expressed as.
This reducer is built into Cilk++ and Cilk Plus:.
(Cilk Arts, Inc. was acquired by Intel in 2009.).
In April 1994 the three projects were combined and christened"Cilk".
As part of this effort, he developed the Cilk multithreaded language.
Cilk was implemented as a translator to C, targeting the GNU C Compiler(GCC).
It is because these responsibilities are separated that a Cilk program can run without rewriting on any number of processors, including one.
Cilk was implemented as a translator to C, targeting the GNU C Compiler(GCC).
Similar functionality exists in Fortran 90; Cilk Plus differs in that it never allocates temporary arrays, so memory usage is easier to predict.
Cilk Plus differs in that it never allocates temporary arrays, so memory usage is easier to predict.
He was Founder and Chief Technology Officer of Cilk Arts, Inc., a start-up that developed Cilk technology for multicore computing applications.
The Cilk programming language grew out of three separate projects at the MIT Laboratory for Computer Science:[2].
Originally developed in the 1990s at the Massachusetts Institute of Technology(MIT) in the group of Charles E. Leiserson, Cilk was later commercialized as Cilk++ by a spinoff company, Cilk Arts.
Cilk, Cilk++ and Cilk Plus are general-purpose programming languages designed for multithreaded parallel computing.
Conventional multi-core processors directly support shared memory,which many parallel programming languages and libraries, such as Cilk, OpenMP and Threading Building Blocks, are designed to exploit.
Cilk++ added an additional construct, the parallel loop, denoted cilk_for in Cilk Plus. These loops look like.
The emergence of multicore processors in mainstream computing means that hundreds of millions of new parallel computers are now being shipped every year. Cilk Arts was formed to capitalize on that opportunity: in 2006, Leiserson launched Cilk Arts to create and bring to market a modern version of Cilk that supports the commercial needs of an upcoming generation of programmers.
Intel Cilk Plus adds notation to express high-level operations on entire arrays or sections of arrays; e.g., an axpy-style function that is ordinarily written.
The principle behind the design of the Cilk language is that the programmer should be responsible for exposing the parallelism, identifying elements that can safely be executed in parallel;
Cilk Plus removes this restriction, as well as the cilk keyword, so C and C++ functions can call into Cilk Plus code and vice versa.
He developed the Cilk language for multithreaded programming, which uses a provably good work-stealing algorithm for scheduling.
In Cilk Plus, an elemental function is a regular function which can be invoked either on scalar arguments or on array elements in parallel.
The last version, Cilk 5.4.6, is available from the MIT Computer Science and Artificial Intelligence Laboratory(CSAIL), but is no longer supported.
(In Cilk Plus, the keywords are spelled_ Cilk spawn and_ Cilk sync, or cilk spawn and _Cilk_sync, or cilk_spawn and cilk_sync if the Cilk Plus headers are included.).
Cilk Plus differs from Cilk and Cilk++ by adding array extensions, being incorporated in a commercial compiler(from Intel), and compatibility with existing debuggers.[7].
Cilk++ differs from Cilk in several ways: support for C++, support for loops, and hyperobjects- a new construct designed to solve data race problems created by parallel accesses to global variables.
Intel Cilk Plus allows C/C++ operations to be applied to multiple array elements in parallel, and also provides a set of built-in functions that can be used to perform vectorized shifts, rotates, and reductions.
The principle behind the design of the Cilk language is that the programmer should be responsible for exposing the parallelism, identifying elements that can safely be executed in parallel; it should then be left to the run-time environment, particularly the scheduler, to decide during execution how to actually divide the work between processors.
On July 31, 2009, Cilk Arts announced on its web site that its products and engineering team were now part of Intel Corp. Intel and Cilk Arts integrated and advanced the technology further resulting in a September 2010 release of Intel Cilk Plus.[5][6] Cilk Plus adopts simplifications, proposed by Cilk Arts in Cilk++, to eliminate the need for several of the original Cilk keywords while adding the ability to spawn functions and to deal with variables involved in reduction operations.