The thesis introduces grey-box routing using partial node knowledge, optimal calibration schedules for repeater chains, and a programmable ISA to improve fidelity and throughput in quantum repeater networks under realistic constraints.
arXiv preprint arXiv:2011.11644 , year=
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Making Quantum Networks Work: Routing, Calibration, and Programmable Quantum Repeaters
The thesis introduces grey-box routing using partial node knowledge, optimal calibration schedules for repeater chains, and a programmable ISA to improve fidelity and throughput in quantum repeater networks under realistic constraints.