benchmarking miopen

the small raytracer project based on "Ray Tracing in One Weekend" using HIP

test code

CPU and GPU (using HIP) implementations of phase pattern generators for use with spatial light modulators

Implementation of AMD HIP for CPUs

14 basic topics for VEGA64 performance optmization

Gromacs that can be accelerated at AMD GPU

Simple C++ program to calculate the distance between a vector and each vector within a set using AMD HIP

Heterogeneous Ethereum Miner with support for AMD, Intel and Nvidia GPUs using SYCL, OpenCL and CUDA backends

A simple image filter example for those who study GPU/CUDA programming

Speculative task-based runtime system

Portably Performant Physical Algebra

Stencil code for AMD GPUs

Simple direct solver for vortex particle methods using HIP for GPU

NUMA-aware multi-CPU multi-GPU data transfer benchmarks

The Task-Aware HIP (TAHIP) provides interoperability support between task-based programming models and HIP which enables the taskification of HIP operations and kernels on accelerators

Cross platform, cross vendor GPU code without the hassle of external tools or compilers.

An implementation of HIP that works on CPUs, across OSes.

HIP port of Random123 library.

SGEMM implementations in HIP for NVIDIA / AMD GPUs