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DTSTART;TZID=Europe/Stockholm:20240604T160000
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UID:submissions.pasc-conference.org_PASC24_sess114_msa252@linklings.com
SUMMARY:The Community-Driven AdaptiveCpp SYCL Compiler Project: From High-
 Level C++ Programming to the Automatic Synthesis of Specialized Kernels
DESCRIPTION:Minisymposium\n\nAksel Alpay (Heidelberg University)\n\nThe SY
 CL implementation ecosystem currently consists of two main implementations
 : The commercial and vendor-driven DPC++ project, led by Intel, and the in
 dependent, community-driven AdaptiveCpp project.\nAdaptiveCpp provides a f
 lexible, portable heterogeneous computing framework with its support for G
 PUs from Intel, NVIDIA, and AMD as well as any LLVM-supported CPU.\n\nIn t
 his presentation, we will discuss how AdaptiveCpp can help users to develo
 p highly performant applications with reasonable effort. This includes its
  ability to provide a low barrier of entry to heterogeneous computing: Its
  support for offloading C++ standard parallelism constructs provides a con
 venient, high-level model, while frequently outperforming vendor compilers
 .\nAdditionally, we will show how AdaptiveCpp's unique design can automati
 cally synthesize highly-specialized kernels from portable code at runtime.
  This enables AdaptiveCpp to deliver highly competitive performance while 
 potentially requiring less interaction with users than other SYCL compiler
 s.\n\nWe argue that community-driven projects such as AdaptiveCpp are cruc
 ial to avoid the dangers of vendor lock-in, and will show how developers a
 nd scientists can engage with AdaptiveCpp and participate in its developme
 nt, and thus help shape it into the tool they want.\n\nDomain: Engineering
 , Computational Methods and Applied Mathematics\n\nSession Chair: Szilárd 
 Páll (KTH Royal Institute of Technology, PDC Center for High Performance C
 omputing)
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