Discover ComputationalRadiationPhysics/student_project_python

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Created over 3 years ago
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ComputationalRadiationPhysics

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The student project investigates the performance and memory handling of Python bindings for CUDA C++ code created with pybind11.

picongpu

Performance-Portable Particle-in-Cell Simulations for the Exascale Era ✨

C++

659

cuda_memtest

Fork of CUDA GPU memtest 👓

C++

103

isaac

In Situ Animation of Accelerated Computations 🔬

C++

redGrapes

Resource-based, Declarative task-Graphs for Parallel, Event-driven Scheduling 🍇

C++

libSplash

libSplash - Simple Parallel file output Library for Accumulating Simulation data using Hdf5

C++

pyDive

Distributed Interactive Visualization and Exploration of large datasets

Python

clara2

Clara2 - a parallel classical radiation calculator based on Liénard-Wiechert potentials

C++

InFlow

Python

cracen

Fit Modelfunctions on Digital Signals 〰️

C++

openPMD-converter-GDF

converter between openPMD and GDF

Python

graybat

Graph Approach for Highly Generic Communication Schemes Based on Adaptive Topologies 📡

C++

liFFT

library for Library-independent FFTs

C++

Xeus-Cling-CUDA-Example

Game-of-Life example notebook for the xeus-cling-cuda kernel.

Python

xeus-cling-cuda-container

The repository contains container recipes to build the entire stack of Xeus-Cling and Cling including cuda extension with just a few commands.

Python

DoDo

Specification of HPC hardware and program components

C++

contributing

📚 guidelines and styles to contribute to our projects

haseongpu

HASEonGPU: High performance Amplified Spontaneous Emission on GPU

Cuda

particle_reduction

Python

scatteralloc

ScatterAlloc: Massively Parallel Dynamic Memory Allocation for the GPU

Cuda

picongpu-communitymap

Map of PIConGPU contributors, collaborators and users worldwide, current and past

HTML

cmake-modules

CMake Modules written by our Group

CMake

stencil_filter_on_GPU

A GPU-accelerated stencil for filtering and smoothing using numba

crp-container

Container receipes for different projects of the HZDR Computational Radiation Physics group.

Python

parataxis

PARAllel Tracer for Arbitrary X-ray Interaction and Scattering ⚡

C++

QonGPU

Bachelorproject to simulate the 1D Time Dependent Schrödinger Equation for arbitrary Scalar potentials in 1D

C++

scpongpu

Simulation of strongly coupled plasma using GPUs

C++

alpaka

The project alpaka has moved to https://github.com/alpaka-group/alpaka

cupla

The project alpaka has moved to https://github.com/alpaka-group/cupla

imresh

Shrink-Wrap Phase Reconstruction Algorithm

C++

picongpu-workshop

A simple web page for information on PIConGPU workshops

inofficial-CD-Templates

Inofficial Templates for the Corporate Design of the HZDR

rivlib

Library for RIV providers (and more)

C++

spack-repo

spack.io repo for our in-development packages

Python

jungfrau-photoncounter

Conversion of Jungfrau pixel detector data to photon count rate

C++

icc-julia

Ion Coulomb Crystals - NBody Simulation written in Julia

Julia

gitlab-ci-testproject

This project is made to test gitlab CI test workflows

flint

Fast Linked particle Interactor aNd Tracker

C++

compileNode

modules for our compile node

Lua

cracen2

C++ framework for resilient distribution of data with a easy to use interface.

C++

raptr

Reconstruction of activity from PET data using rays

C++

ComputationalRadiationPhysics/student_project_python_bindings

ComputationalRadiationPhysics

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