output is rendered for conda commands. This setting is primarily used as a way to select new reporter backends made available by plugins. For example, a plugin may create a new reporter backend called "colors" packages) • Development environment integrations (e.g., shells) • Alternative dependency solver backends 4.1. User guide 103 conda, Release 25.1.2.dev1 • Network adapters • Build system integrations written to stdout is structured json. # # # json: false # # console (str) # # Configure different backends to be used while rendering normal console # # output. Defaults to "classic". # # # console: classic

output is rendered for conda commands. This setting is primarily used as a way to select new reporter backends made available by plugins. For example, a plugin may create a new reporter backend called "colors" packages) • Development environment integrations (e.g., shells) • Alternative dependency solver backends 4.1. User guide 103 conda, Release 24.11.3.dev2 • Network adapters • Build system integrations written to stdout is structured json. # # # json: false # # console (str) # # Configure different backends to be used while rendering normal console # # output. Defaults to "classic". # # # console: classic

Brown Principal Product Owner, oneAPI & Automotive Currently leading team developing HIP & CUDA backends for DPC++ Background in C++ programming models for heterogeneous systems Worked on ComputeCpp (SYCL) options C++11 C++14 C++17 C++20 OpenCL 3.0 C++23 14SYCL Implementations in Development Multiple Backends in Development There is development on supporting SYCL on even more low-level frameworks. For information: http://sycl.tech Source Code DPC++ Uses LLVM/Clang Part of oneAPI ComputeCpp Multiple Backends triSYCL Open source test bed hipSYCL CUDA and HIP/ROCm Any CPU Any CPU Intel CPUs Intel

in the Khronos ecosystem w/o revealing IP Focus on ease of portability support, capable of many backends, and demonstrated to support many platformsPARALLEL INDUSTRY INITIATIVES 2011 OpenCL 1.2 OpenCL IMPLEMENTATIONS IN DEVELOPMENT Source Code DPC++ Uses LLVM/Clang Part of oneAPI hipSYCL Multiple Backends Any CPU Intel CPUs Intel GPUs Intel FPGAs AMD GPUs Any CPU SYCL enables Khronos to influence experimental anymore, and works on Ponte Vecchio My name has changed to adaptive cpp.Multiple Backends in Development SYCL on even more low-level frameworks. For more information: http://sycl.tech

The alternative is AdaptiveCPP, a cross compiler based on Clang, and targeting various parallelism backends, including OpenMP. Completion status At present the implementations described above are completed another attempt. This will allow testing Sycl on two different compilers: Intel with optimized TBB backends, and AdaptiveCPP with a more common backend. Supporting material The benchmark is in an open repository:

well as any language that you want to be indexed as additional keys. You could also use different backends for your languages as well, this is up to you and how you want to configure your haystack installation "ENGINE": "haystack.backends.whoosh_backend.WhooshEngine", "PATH": os.path.join(ROOT_DIR, "search_index", "whoosh_index_default"), }, "en": { "ENGINE": "haystack.backends.whoosh_backend.WhooshEngine" path.join(ROOT_DIR, "search_index", "whoosh_index_en"), }, "de": { "ENGINE": "haystack.backends.whoosh_backend.WhooshEngine", "PATH": os.path.join(ROOT_DIR, "search_index", "whoosh_index_de")

Optimizations Symbols NNVM & Param Frontends Operators Algorithm &Schedule CUDA TOPI Backends Machine Learning Automated Optimizer Schedule explorer Cost model Mali TOPI ROCM TOPI PVRTOPI

and resources) that is entirely self-contained (i.e., no external dependencies like production backends). (https://abseil.io/resources/swe-book/html/ch23.html) Any time bits enter or leave your unit

packages) • Development environment integrations (e.g., shells) • Alternative dependency solver backends • Network adapters • Build system integrations • Non-Python language support (e.g., C, Rust) entrypoints provided plugins loaded. Solvers The conda solvers can be extended with additional backends with the conda_solvers plugin hook. Registered solvers will be available for configuration with groupby. (#11913) • Remove vendored six package. (#11979) • Add the ability to extend the solver backends with the conda_solvers plugin hook. (#11993) • Stop using toolz.functoolz.excepts. (#12016) •

packages) • Development environment integrations (e.g., shells) • Alternative dependency solver backends • Network adapters • Build system integrations • Non-Python language support (e.g., C, Rust) entrypoints provided plugins loaded. Solvers The conda solvers can be extended with additional backends with the conda_solvers plugin hook. Registered solvers will be available for configuration with 235 conda Documentation, Release 0.0.0.dev0+placeholder • Add the ability to extend the solver backends with the conda_solvers plugin hook. (#11993) • Stop using toolz.functoolz.excepts. (#12016) •