PeriHub
PeriHub is a platform that provides a numerical implementation of the peridynamic theory. It is an extension of the open source Peridigm software. Peridynamics is a non-local theory that overcomes discontinuity problems of the classical theory of continuum mechanics.
- Data Visualization
- High performance computing
- Modelling
- + 2
- Python
- Vue
- TypeScript
- + 7
PeriLab
PeriLab is a Software to solve Peridynamic problems. It is written in Julia to overcome many issues related to the Software Peridigm.
- High performance computing
- julialang
- Peridynamics
- + 1
- Julia
- G-code
- Batchfile
- + 2
pyxmake
Harmonized interfaces and workflows to selected software development tools.
- python
- Workflow Execution
- Dockerfile
QCI Connect Application Library Framework (ALF)
The Application library framework of the DLR QCI Connect quantum computing platform.
- Application Library
- Quantum Algorithm
- Quantum Applications
- + 3
- Python
- PowerShell
- Shell
- + 1
QCI Connect API Client
An API client to work with the DLR QCI Connect quantum computing platform.
- API Client
- Quantum Computing
- Quantum Software
- Python
- OpenQASM
- PowerShell
- + 1
QCI Connect Application Library (AppLib)
The core application library of the DLR QCI Connect quantum computing platform.
- Application Library
- Quantum Algorithm
- Quantum Applications
- + 2
- Python
- PowerShell
- Shell
- + 2
QCI Connect Mini Server
A mini server for local development with the DLR QCI Connect quantum computing platform.
- Mini Server
- Quantum Computing
- Python
- Dockerfile
- Shell
QCI Connect SDK
The official SDK to the DLR's quantum computing platform QCI Connect.
- Quantum Computing
- Quantum Software
- Software Development Kit
- Python
- Shell
quapps
is a software package containing a collection of exemplary application implementations based on quark.
- Discrete Optimization
- Ising Problem
- Optimization Problem
- + 3
- Python
- Jupyter Notebook
- Shell
quark
is a software package to support the mapping of combinatorial optimization problems to quantum computing interfaces via QUBO and Ising problems.
- Discrete Optimization
- Ising Problem
- Quantum Annealing
- + 2
- Python
- Shell
Radiative forcing of hypersonic aircraft trajectories
The software quantifies climate impact of hypersonic aircraft trajectories as a number and within seconds instead of very long numerical simulations that produce Petabytes of data. The input requires water vapor, hydrogen and nitrogen oxide emission data along flight trajectories.
- airclim
- aircraft
- atmosphere
- + 10
- Jupyter Notebook
- Python
RAFCON
RAFCON uses hierarchical state machines, featuring concurrent state execution, to represent robot programs. It ships with a graphical user interface supporting the creation of state machines and contains IDE like debugging mechanisms.
- Aeronautics, Space and Transport
- collaboration
- robotics
- + 2
- Python
- SCSS
- Shell
- + 1