HPO framework reduces multi-qubit Pauli noise characterization complexity from O(4^N) to O(N·4^w) with 96.3% parameter compression on 5 qubits and raises 10-qubit HHL fidelity from 0.7431 to 0.9381.
Tang, Suppressing crosstalk in superconducting quantum circuits using tunnel bridge shielding structure, Journal of Nanjing University(Natural Sciences) 60, 707 (2024)
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Hierarchical Progressive Pauli Noise Modeling with Residual Compensation for Multi-Qubit Quantum Circuits
HPO framework reduces multi-qubit Pauli noise characterization complexity from O(4^N) to O(N·4^w) with 96.3% parameter compression on 5 qubits and raises 10-qubit HHL fidelity from 0.7431 to 0.9381.