SQUAB
A Fast Benchmarking Software
for Surface Quantum Computing Architectures
SQUAB - Surface Quantum Architectures Benchmarking - is a software
that allows to analyze the performance of quantum computing
architectures based on surface codes.
This software is presented in the article:
A linear-time benchmarking tool for
generalized surface codes
Nicolas Delfosse,
Pavithran Iyer,
David Poulin
Using this software, one can construct and display a lattice
supporting the quantum bits (qubits) and run fast monte-carlo
simulations to analyze the performance of any layout of
qubits. A performance report
is generated by the software showing different features of the
chosen architecture such as the weight of measurements the robustness against
X-Pauli errors, Z-Pauli errors or both errors simultaneously.
This is an implementation in c due to Nicolas Delfosse
and Pavithran Iyer.
Comments are welcome,
both on the software and on the corresponding article.
We would like to thank Christophe Vuillot and Martin Roetteler
for their comments.
Squab is a free software. It can be redistributed and modified under the
terms of the MIT License.
Copyright (c) 2016 - Nicolas Delfosse, Pavithran Iyer