Co-designing quantum squeezing allocation with PCA-based compressive imaging achieves high-fidelity reconstruction and classification using far fewer squeezed modes than pixel-wise squeezing.
Philosophical Magazine2(11) (1901) 559–572
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Resource-Efficient Quantum-Enhanced Compressive Imaging via Quantum Classical co-Design
Co-designing quantum squeezing allocation with PCA-based compressive imaging achieves high-fidelity reconstruction and classification using far fewer squeezed modes than pixel-wise squeezing.