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parallel patterns library
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The parallel patterns library (PPL) is a Microsoft C++ library for writing reliable, performant concurrent and parallel code. It provides tasks, continuations, and support for heterogeneous computing through technologies like C++ Accelerated Massive Parallelism (C++ AMP), which democratizes GPGPU, APU, multi-core, and many-core programming for native developers. PPL is available in Visual C++ and associated tooling, lowering the barrier to entry for heterogeneous hardware programmability. Discussions cover tasks and continuations, with insights from Microsoft engineers on chaining tasks and improving parallel programming for C++ developers.
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Windows 7 AFDS Keynote: Herb Sutter - Heterogeneous Computing and C++ AMP
Herb Sutter introduces the Link Removed crowd (and the world!) to Microsoft's view on heterogeneous computing in the concurrency age and introduces one of Microsoft's upcoming technologies for democratizing GPGPU/APU/Multi-Core/Many-Core programming for native developers: C++ Accelerated Massive...- News
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- amd c++ amp concurrency developer tools gpgpu herb sutter heterogeneous computing innovation many-core multi-core open specification parallel patterns library parallelism performance programming software development stl visual c++
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Windows 7 Parallel Programming for C++ Developers: Tasks and Continuations, Part 2 of 2
The Link Removedwrite tools for the C++ community that make it easier to write reliable, performant and scalable concurrent and parallel code. In this conversation, Mike Chu , Dana Groff, Artur Laksberg, and Vinod Koduvayoor Subramanian talk about their latest addition to the Parallel Patterns...- News
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- c++ developers concurrent code feedback parallel patterns library parallel processing performance sample pack scalability software testing task chaining
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