Module characterization 

Gate and quantum system characterization

This module provides comprehensive tools for analyzing and characterizing quantum gates and quantum systems using their eigenstructure and other advanced techniques. This is useful for:

• Gate synthesis and decomposition
• Identifying gate types and parameters
• Optimizing gate sequences
• Verifying gate implementations
• Quantum volume measurement
• Quantum process tomography
• Noise characterization and mitigation

Re-exports

pub use gate_characterizer::GateCharacterizer;

pub use gate_characterizer::GateEigenstructure;

pub use gate_characterizer::GateType;

pub use noise_characterizer::MitigationResult;

pub use noise_characterizer::MitigationTechnique;

pub use noise_characterizer::NoiseCharacterizationResult;

pub use noise_characterizer::NoiseCharacterizer;

pub use noise_characterizer::NoiseMitigator;

pub use noise_model::NoiseModel;

pub use quantum_volume::QuantumVolumeConfig;

pub use quantum_volume::QuantumVolumeMeasurement;

pub use quantum_volume::QuantumVolumeResult;

pub use quantum_volume::RandomGate;

pub use quantum_volume::RandomQuantumCircuit;

pub use tomography::ProcessBasis;

pub use tomography::ProcessTomography;

pub use tomography::ProcessTomographyConfig;

pub use tomography::ProcessTomographyResult;

Modules

gate_characterizer

Gate eigenstructure and characterization tools

noise_characterizer

Noise characterization and mitigation engine

noise_model

Noise model types and Kraus operator implementations

quantum_volume

Quantum Volume measurement types and engine

tomography

Quantum Process Tomography types and engine