Ctrl K

All software

1Filter
Keywords
291
Program languages
83
Licenses
31
RSD Host
3
49-60 of 104
Logo for FairMQ
@helmholtz.software

FairMQ

FairMQ is designed to help implement large-scale data processing workflows needed in next-generation particle physics experiments.

  • framework
  • Matter
  • workflow library
  • C++
  • CMake
  • C
  • + 2
18
8
Logo for GMGPolar
@helmholtz.software

GMGPolar

GMGPolar is a geometric multigrid solver using implicit extrapolation to raise the convergence order. It is based on meshes in tensor- or product-format. GMGPolar's focus applications are geometries that can be described by polar or curvilinear coordinates for which suited smoothing is available.

  • Energy
  • Geometric Multigrid
  • High performance computing
  • + 5
  • C++
  • Python
  • Shell
  • + 3
6
7
Logo for JuPedSim
@helmholtz.software

JuPedSim

JuPedSim is a framework designed to support students and researchers in investigating pedestrian dynamics and conducting research related to the development and validation of new models or model features. It enables the analysis of experiments and facilitates the proper visualization of results.

  • Information
  • Modeling
  • open source
  • + 3
  • Python
  • C++
  • Jupyter Notebook
  • + 3
4
7
Logo for t8code
@helmholtz.software

t8code

t8code (spoken as "tetcode") is a C/C++ library to manage parallel adaptive meshes with various element types. t8code uses a collection (a forest) of multiple connected adaptive space-trees in parallel and scales to at least one million MPI ranks and over 1 trillion mesh elements.

  • data managment
  • Data Visualization
  • exascale
  • + 3
  • C++
  • C
  • CMake
  • + 3
14
7
Logo for KaMPIng - Karlsruhe MPI next generation
@helmholtz.software

KaMPIng - Karlsruhe MPI next generation

KaMPIng is a flexible and (near) zero-overhead C++ wrapper for MPI, covering the whole range of abstraction levels from low-level MPI calls to convenient STL-style bindings. This allows for both rapid prototyping and highly engineered distributed algorithms.

  • C++
  • High performance computing
  • MPI
  • + 1
  • C++
  • CMake
  • Shell
  • + 1
8
6
Logo for nnDetection
@helmholtz.software

nnDetection

nnDetection: A Self-configuring Method for Medical Object Detection

  • 3d-object-detection
  • biomedical image analysis
  • Detection
  • + 3
  • Python
  • Cuda
  • Dockerfile
  • + 3
0
6
Logo for TEITOK
@Text+ Editions Software

TEITOK

TEITOK is a web-based platform for viewing, creating, and editing corpora with both rich textual mark-up and linguistic annotation.

  • PHP
  • C++
  • JavaScript
  • + 2
1
6
@helmholtz.software

SicHash

A perfect hash function is a function that has no collisions on a given set. SicHash places objects in a cuckoo hash table and then stores the final hash function choice of each object in a retrieval data structure. Using irregular cuckoo hashing, each object has a different number of hash functions

  • C++
  • TeX
  • Shell
  • + 2
0
3
Logo for ELECTRODE
@helmholtz.software

ELECTRODE

ELECTRODE extends the atomistic simulation tool LAMMPS to model different types of electrochemical situations. Simulations are performed at constant potential or constant charge using different approaches to control potential or charge at the electrodes.

  • Constant Potential Method
  • Electrochemistry
  • Molecular Dynamics
  • C++
  • Tcl
  • Cuda
  • + 24
4
2
Logo for LLAMA
@helmholtz.software

LLAMA

LLAMA is a cross-platform C++17/C++20 header-only template library for the abstraction of data layout and memory access. It separates the view of the algorithm on the memory and the real data layout in the background.

  • C++
  • heterogeneous computing
  • High performance computing
  • + 3
  • C++
  • CMake
  • Shell
2
2
@helmholtz.software

ShockHash

A perfect hash function is a function that has no collisions on a given set. ShockHash constructs very compact perfect hash functions significantly faster than previous approaches.

  • C++
  • CMake
  • Shell
0
2
Logo for SMG2S
@helmholtz.software

SMG2S

SMG2S (Sparse Matrix Generator with Given Spectrum) is able to generate large-scale non-Hermitian and non-Symmetric matrices in parallel with the spectral distribution functions or eigenvalues given by users, and the spectrum of generated matrix is the same as the one specified by the users.

  • CPU
  • High performance computing
  • Matrix Computation
  • + 1
  • C++
  • Python
  • CMake
  • + 1
2
2