arline_benchmarks
Quantum benchmarking platform
A platform for benchmarking quantum circuit mapping and compression algorithms against various hardware types and target circuit classes.
Arline Benchmarks platform allows to benchmark various algorithms for quantum circuit mapping/compression against each other on a list of predefined hardware types and target circuit classes
31 stars
6 watching
9 forks
Language: Python
last commit: over 4 years agoLinked from 1 awesome list
benchmarkbenchmarkingbenchmarking-frameworkbenchmarkspythonquantumquantum-benchmarksquantum-computing
Related projects:
| Repository | Description | Stars |
|---|---|---|
| A Python library providing basic functionality for creating and manipulating quantum circuits. | 15 | |
| A web platform for benchmarking quantum computing algorithms | 4 | |
| A game designed to assess and compare prototype quantum computers | 47 | |
| Tools for designing efficient quantum circuits using mathematical optimization algorithms | 57 | |
| A high-performance tool for simulating and analyzing quantum stabilizer circuits. | 367 | |
| Provides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance. | 441 | |
| A Python-based suite of tools for designing and simulating quantum circuits on classical computers. | 121 | |
| A toolkit for developing and optimizing quantum algorithms using Python | 96 | |
| A high-level quantum computing library that allows developers to write platform-independent quantum applications without needing low-level details | 23 | |
| An open source toolkit enabling hybrid quantum-classical computing integration and programming of quantum processing units, GPUs, and CPUs. | 573 | |
| A Coq library for reasoning about quantum programs | 33 | |
| A package for building and simulating digital-analog quantum programs with tunable qubit interactions | 72 | |
| A comprehensive quantum computing library for programming and simulating quantum systems. | 374 | |
| A framework for designing and implementing quantum algorithms | 940 | |
| A Python-based bot that monitors IBM Q processors and provides monitoring data through Slack and Telegram. | 22 |