Max Cheam’s Post

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/3B25gOH

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/47e407e

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/3MCe28J

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/3TidJUi

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/4dS2pXg

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/47llsXD

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/3Xzbgr6

When moving CUDA code to SYCL, the Intel DPC++ Compatibility Tool provides predefined rules, but they may not always optimize your code effectively. Learn how to use user-defined migration rules better to translate CUDA constructs to SYCL for optimal results. #IAmIntel https://bit.ly/47iqx32

When transitioning your existing CUDA code to #SYCL, the Intel DPC++ Compatibility Tool offers a range of predetermined rules that assist with the migration process. However, these default rules may not deliver the most efficient optimization for your particular situation. Learn how to use user-defined migration rules to specify how specific CUDA constructs should be translated to SYCL to achieve the best possible results: https://intel.ly/4cwuy5m #oneAPI

The fully SYCL2020 conformant Intel #oneAPI DPC++/C++ introduced the kernel_compiler extension that takes OpenCL C and SPIR-V code stubs and compiles them at runtime to #SYCL kernels for execution on a device. Read more: https://intel.ly/4aEo0zY