iqm.benchmarks.quantum_volume.quantum_volume

Quantum Volume benchmark

Functions

compute_heavy_output_probabilities(...)	Compute the HOP of all quantum circuits.
cumulative_hop(hops)	Computes the cumulative average heavy output probabilities of a QV experiment.
cumulative_std(hops)	Computes the cumulative standard deviation heavy output probabilities of a QV experiment.
get_ideal_heavy_outputs(qc_list, ...)	Calculate the heavy output bitrstrings of a list of quantum circuits.
get_rem_hops(all_rem_quasidistro, ...)	Computes readout-error-mitigated heavy output probabilities.
heavy_projector(probabilities)	Project (select) the samples from a given probability distribution onto heavy outputs.
is_successful(heavy_output_probabilities[, ...])	Check whether a QV benchmark returned heavy output results over the threshold, therefore being successful.
plot_hop_threshold(qubits, depth, qv_result, ...)	Generate the figure representing each HOP, the average and the threshold.
qv_analysis(run)	Analysis function for a Quantum Volume experiment

Classes

QuantumVolumeBenchmark(backend_arg, ...)	Quantum Volume reflects the deepest circuit a given number of qubits can execute with meaningful results.
QuantumVolumeConfiguration(*, benchmark, ...)	Quantum Volume configuration.

Inheritance