Struct SciRS2ProcessTomographer 

pub struct SciRS2ProcessTomographer { /* private fields */ }

Main SciRS2 process tomographer

Implementations

impl SciRS2ProcessTomographer

Analysis methods implementation for SciRS2ProcessTomographer

pub fn perform_statistical_analysis( &self, process_matrix: &Array4<Complex64>, experimental_data: &ExperimentalData, ) -> DeviceResult<(HashMap<String, StatisticalTest>, DistributionAnalysis, CorrelationAnalysis)>

Perform comprehensive statistical analysis

pub fn analyze_process_structure( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<ProcessStructureAnalysis>

Analyze process structure

pub fn convert_to_pauli_transfer( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<Array2<f64>>

Convert to Pauli transfer representation

pub fn quantify_uncertainty( &self, process_matrix: &Array4<Complex64>, experimental_data: &ExperimentalData, ) -> DeviceResult<ProcessUncertaintyQuantification>

Quantify uncertainty in process estimates

pub fn compare_with_known_processes( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<ProcessComparisons>

Compare with known processes

impl SciRS2ProcessTomographer

pub const fn new( config: SciRS2ProcessTomographyConfig, calibration_manager: CalibrationManager, ) -> Self

Create a new SciRS2 process tomographer

pub fn generate_input_states(&mut self, num_qubits: usize) -> DeviceResult<()>

Generate input states for process tomography

pub fn generate_measurement_operators( &mut self, num_qubits: usize, ) -> DeviceResult<()>

Generate measurement operators

pub async fn perform_process_tomography<const N: usize, E: ProcessTomographyExecutor>( &self, device_id: &str, process_circuit: &Circuit<N>, executor: &E, ) -> DeviceResult<SciRS2ProcessTomographyResult>

Perform comprehensive process tomography

pub fn calculate_process_fidelity( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<f64>

Calculate process fidelity with an ideal process

pub fn calculate_entangling_power( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<f64>

Calculate entangling power of the process

impl SciRS2ProcessTomographer

Reconstruction methods implementation for SciRS2ProcessTomographer

pub fn linear_inversion_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Linear inversion reconstruction

pub fn maximum_likelihood_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Maximum likelihood estimation reconstruction

pub fn compressed_sensing_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Compressed sensing reconstruction

pub fn bayesian_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Bayesian inference reconstruction

pub fn ensemble_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Ensemble methods reconstruction

pub fn ml_reconstruction( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<(Array4<Complex64>, ReconstructionQuality)>

Machine learning reconstruction

pub fn build_measurement_matrix( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<Array2<f64>>

Build measurement matrix for linear reconstruction

impl SciRS2ProcessTomographer

pub async fn collect_experimental_data<const N: usize, E: ProcessTomographyExecutor>( &self, process_circuit: &Circuit<N>, executor: &E, ) -> DeviceResult<ExperimentalData>

Collect experimental data from device

pub fn calculate_process_metrics( &self, process_matrix: &Array4<Complex64>, ) -> DeviceResult<ProcessMetrics>

Calculate process metrics from process matrix

impl SciRS2ProcessTomographer

pub fn perform_validation( &self, experimental_data: &ExperimentalData, ) -> DeviceResult<ProcessValidationResults>

Perform comprehensive validation