Field trial of 1:16 broadcast CV-QAN over commercial fiber achieves Mbit/s asymptotic secure key rates by optimizing shared variance via multi-user utility model in trusted domain.
High-rate point-to-multipoint quantum key distribution using coherent states.arXiv preprint arXiv:2302.02391, 2023
4 Pith papers cite this work. Polarity classification is still indexing.
4
Pith papers citing it
fields
quant-ph 4years
2026 4verdicts
UNVERDICTED 4representative citing papers
Experimental demonstration of an active 1:4 CV-QKD quantum network in the finite-size regime with adaptable protocols achieving 0.19 bits per channel use over 11 km channels.
A graph-based linear programming model solved via column generation optimizes switching strategies in repeaterless quantum networks for better scalability.
The work introduces hybrid receivers for BPSK coherent-state discrimination with quantum advantage and new discrete-modulation CVQKD protocols that incorporate optical amplifiers and state-discrimination receivers for performance gains.
citing papers explorer
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Field Demonstration of a Multi-User Continuous-Variable Quantum Access Network for Quantum-to-the-Home
Field trial of 1:16 broadcast CV-QAN over commercial fiber achieves Mbit/s asymptotic secure key rates by optimizing shared variance via multi-user utility model in trusted domain.
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Adaptable Continuous Variable Quantum Network with Finite Size Security
Experimental demonstration of an active 1:4 CV-QKD quantum network in the finite-size regime with adaptable protocols achieving 0.19 bits per channel use over 11 km channels.
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Column Generation for the Optimization of Switching in Repeaterless Quantum Networks
A graph-based linear programming model solved via column generation optimizes switching strategies in repeaterless quantum networks for better scalability.
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Quantum communications in continuous variable systems
The work introduces hybrid receivers for BPSK coherent-state discrimination with quantum advantage and new discrete-modulation CVQKD protocols that incorporate optical amplifiers and state-discrimination receivers for performance gains.