G

GPGPU

Implementation of the Smoothed Particle Hydrodynamics Method using the Template Numerical Library

Second iteration of marp. Vulkan wrapper around the ash crate. Focuses on stable resource creation and usability. Tries to minimized duplication between ash and itself.

A SFI-inspired system enabling safe collocation of untrusted workloads on NVIDIA GPUs, with minimal overheads.

Vulkan graphics API bindings for Kit - low-level GPU compute and graphics

Zig Vulkan compute library for GPU-accelerated computing. Provides a high-level API for compute shaders, memory management, and kernel execution on Vulkan-capable GPUs.

A comprehensive CUDA compute library for Zig providing GPU memory management, kernel compilation/launching, device probing, and profiling capabilities

Implementation of the Mixed Hybrid Finite Element Method using the Template Numerical Library

Implementation of the Lattice Boltzmann Method using the Template Numerical Library

Portable C++ library with Python/Fortran bindings for mesh and point-cloud data transfer, featuring coupling, mapping, and adaptive interpolation on CPUs and GPUs through Kokkos & ArborX.

Bandicoot: user-friendly C++ library for GPU accelerated linear algebra, integrating with CUDA, OpenCL, Vulkan

GPU secp256k1 toolkit on a single card: brute-force search, Pollard kangaroo for exposed pubkeys, and BIP39 seed recovery. One CUDA binary, one verified math core.

SPIR-V patching utility operating on the IR level to patch new code, or specialize existing code.

Genetics Algorithms and Genetic Programming library. https://genetics4j.org

EPSILOD is a C11 framework for iterative stencil computations acceleration on heterogeneous and distributed systems, with great scaling capabilities. It is presented as a function which solves a fixed number of iterations of a geometric stencil computation. It also supports device-tailored optimized stencil kernels.

Controllers is a library written in C99 that provides a simplified way to program application that can exploit heterogeneous computational platforms including accelerators and/or multi-core CPUs.

Some basic CUDA/OpenAcc examples in Fortran, plus a few utilities

A port of the open GPU4S benchmark suite to Ada.

This project is a CUDA implementation of an Artificial Compressibility Method (ACM) Finite Difference Method (FDM) solver. The solver is coupled to a live renderer using GLEW, GLM and OpenGL to enable live feedback of the entire simulation domain.

Practical Power flow calculation programming used to teach the application of GPU calculations to power systems.

GLES31/Compute shader test (mostly for RPi4/VideoCore VI (VC6) evaluation, but may work on other hardware, like Jetson Nano or Asus TinkerBoard).