Corpus ID: 153313535

A classical-quantum hybrid oracle architecture for Boolean oracle identification in the noisy intermediate-scale quantum era

@article{Song2019ACH,
  title={A classical-quantum hybrid oracle architecture for Boolean oracle identification in the noisy intermediate-scale quantum era},
  author={Wooyeong Song and Marcin Wie'sniak and N. Liu and M. Pawlowski and Jinhyoung Lee and Jaewan Kim and Jeongho Bang},
  journal={arXiv: Quantum Physics},
  year={2019}
}
Quantum algorithms have the potential to be very powerful. However, to exploit quantum parallelism, some quantum algorithms require an embedding of large classical data into quantum states. This embedding can cost a lot of resources, for instance by implementing quantum random-access memory (QRAM). An important instance of this is in quantum-enhanced machine learning algorithms. We propose a new way of circumventing this requirement by using a classical-quantum hybrid architecture where the… Expand
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