QuantumComputingBot
Processor monitor
A Python-based bot that monitors IBM Q processors and provides monitoring data through Slack and Telegram.
🔮 Monitoring the load of IBM Q processors
22 stars
4 watching
3 forks
Language: Python
last commit: almost 6 years ago
Linked from 1 awesome list
botibmquantumquantum-computingrqcrussian-quantum-centerslacktelegram
qosf/awesome-quantum-softwareRelated projects:
| Repository | Description | Stars |
|---|---|---|
 qiskit/qiskit-ibm-runtime | Provides a client interface to access IBM Quantum's quantum computing service and streamline computations. | 158 |
 softwareqinc/qpp | A modern C++ library for simulating arbitrary quantum processes | 541 |
 qaqarot/qaqarot | A comprehensive quantum computing library for programming and simulating quantum systems. | 372 |
 rigetti/pyquil | A Python library for programming quantum computers using the Quil instruction language. | 1,410 |
 quantum-accelerators/quacc | A platform for running computational materials science and quantum chemistry workflows on various computing resources. | 180 |
 corbett/quantumcomputing | A Python simulator for a 5-qubit quantum computer with limited gates. | 589 |
 q-optimize/c3 | Toolset for optimizing and calibrating physical systems using machine learning and quantum computing | 67 |
 sequencing-dev/sequencing | A Python package for simulating realistic quantum control sequences using QuTiP. | 13 |
 instance01/qubo-nn | A tool for training neural networks on Quantum Annealing (QA) optimization problems represented as QUBO matrices. | 45 |
 grey-area/qcircuits | A Python package for simulating small-scale quantum computers using the quantum circuit model. | 58 |
 piquil/qucumber | A program that uses neural networks to reconstruct unknown quantum wavefunctions from measurement data. | 174 |
 pasqal-io/qadence | A digital-analog quantum programming interface allowing users to build and simulate complex quantum programs. | 70 |
 quantumleaps/qpc | Real-time embedded framework providing an event-driven Active Objects (Actors) and Hierarchical State Machines architecture for developing safety-critical systems | 984 |
 wintershammer/qimp | An experimental Python interpreter for the quantum programming language Qumin. | 6 |
 bbn-q/pyqlab | A Python package for managing instruments and control parameters in superconducting qubit systems. | 25 |