All software
Arpra
Arpra is a C library for analyzing the propagation of numerical error in arbitrary precision IEEE-754 floating-point computations.
- Affine Arithmetic
- Arbitrary Precision
- Interval Arithmetic
- + 2
- C
- Makefile
- M4
fieldcompare
A Python package for regression testing simulation results. Compare field data supporting various structured formats such as CSV and VTK file formats, through Python API or the command-line interface.
- Data Analysis
- Numerical analysis
- python
- + 1
- Python
hhl-prototype
The HHL prototype allows to use the HHL algorithm to solve linear system of equations
- Numerical analysis
- Quantum Computing
- Python
parareal
This package runs the parareal algorithm on a black-box simulator. Parallelisation is managed through Dask.
- High performance computing
- Numerical analysis
- CSS
- Jupyter Notebook
- Python
- + 5
Quantum Newton Raphson
The Quantum Newton Raphson package allows to leverage quantum computing routines to accelerate the Newton-Raphson algorithm.
- Numerical analysis
- Quantum Computing
- Python
- Shell
qubols
qubols allows to solve linear system using a QUBO approach that can be deployed on quantum annealers
- Numerical analysis
- Quantum Computing
- Jupyter Notebook
- Python
- Shell
qubops
qubops allows to solve polynomial system of equations using a QUBO approach that can be deployed on quantum annealers
- Numerical analysis
- Quantum Computing
- Jupyter Notebook
- Python
- Shell
vqls-prototype
Variational Quantum Linear Solver Library.
- Numerical analysis
- Quantum Computing
- Python