Modules

Here is a list of all modules:

[detail level 123]

▼The Plugin Interface
CUDA Plugin
HIP Plugin
Level Zero Plugin
OpenCL Plugin
▼DPC++ Explicit SIMD API	This is a low-level API providing direct access to Intel GPU hardware features
Systolic Array APIs.	APIs below are used to implement dot product accumulate systolic functions
▼ESIMD core.	Core APIs defining main vector data types and their interfaces
C++ binary operators overloads for ESIMD.	Standard C++ binary operators overloads applicable to simd_obj_impl derivatives - simd , simd_mask , simd_view and their combinations
Alignment control.	Alignment type tags and related APIs for use with ESIMD memory access operations
Main vector data types.	ESIMD defines the following two main vector data types:
▼Memory access API.	ESIMD APIs to access memory via accessors, USM pointers, perform per-element atomic operations
Atomic memory access.	Memory access functions which perform per-lane atomic update using given operation
Shared local memory access functions.
Block load/prefetch/store functions.
LSC-specific memory access APIs.	This group combines types and functions specific to LSC, which is available in Intel GPUs starting from PVC and ACM
Named barrier APIs.
HW thread .
Raw send APIs.	Implements the send instruction to send messages to variaous components of the Intel(R) processor graphics, as defined in the documentation at https://www.intel.com/content/www/us/en/docs/graphics-for-linux/developer-reference/1-0/hardware-specs.html
▼ESIMD math operations.	Defines math operations on ESIMD vector data types
Hardware-accelerated math.	This is a group of APIs implementing standard math operations which are also directly supported by the hardware
Sycl_esimd_logical
Bit and mask manipulation APIs.
Explicit conversions.	Defines explicit conversions (with and without saturation), truncation etc
Raw send APIs.	Implements the send instruction to send messages to variaous components of the Intel(R) processor graphics, as defined in the documentation at https://www.intel.com/content/www/us/en/docs/graphics-for-linux/developer-reference/1-0/hardware-specs.html
Miscellaneous ESIMD convenience functions.
▼DPC++ User API
Device selectors	Device selectors enable DPC++ runtime to choose the best devices based on heuristics specified by the user, or by one of the built-in selectors
Accessors	Specify aquisition and release of buffer and image data structures
DPC++ Execution Graph	SYCL, unlike OpenCL, provides a programming model in which the user doesn't need to manage dependencies between kernels and memory explicitly