Core Components of QUAlibrate for Quantum Calibration
QUAlibrate-Core is a key subrepository of the QUAlibrate project. It contains all the core components that power QUAlibrate's advanced calibration capabilities for quantum computers. These components include QualibrationNode, QualibrationGraph, QualibrationLibrary, and QualibrationOrchestrator, which are used to define, manage, and execute calibration routines for quantum processing units (QPUs).
- QualibrationNode: The fundamental building block of the QUAlibrate system, representing a specific calibration task.
- QualibrationGraph: A directed acyclic graph (DAG) that combines multiple calibration nodes to form adaptive calibration workflows.
- QualibrationLibrary: A repository for storing and organizing calibration nodes and graphs, enabling streamlined management and reuse.
- QualibrationOrchestrator: An orchestrator that determines the order of execution of nodes in a graph based on the outcomes of previous nodes, ensuring adaptive and efficient calibration routines.
These components provide a scalable and modular approach to quantum calibration, supporting both single-qubit and multi-qubit systems with a focus on flexibility and efficiency.
To understand how to use the core components of QUAlibrate-Core, please visit the main QUAlibrate documentation website for detailed guides and examples. For general information about QUAlibrate, including installation and usage instructions, see the main QUAlibrate repository.
To install QUAlibrate-Core, use the following command:
pip install qualibrate-coreQUAlibrate-Core is also automatically installed as part of QUAlibrate:
pip install qualibrate
QUAlibrate-Core is licensed under the BSD-3 license. See the LICENSE file for more details.