We realized a system for quantum information exchange for cryptographic applications. VHDL describes the hardware for lasers driving and data reception; C++ implements the software for system management. The design is integrated on two boards. A synchronization method guarantees the right timing of the system. The unpredictably of qubit transmission is handled by a suitable time-calibrated receiving windows system. Achieved results improve previous system version in performaces and reliability.
Study and Design of a Control System for generating and detecting Qubits for the Quantum Exchange of Cryptographic Key
Stanco, Andrea
2014/2015
Abstract
We realized a system for quantum information exchange for cryptographic applications. VHDL describes the hardware for lasers driving and data reception; C++ implements the software for system management. The design is integrated on two boards. A synchronization method guarantees the right timing of the system. The unpredictably of qubit transmission is handled by a suitable time-calibrated receiving windows system. Achieved results improve previous system version in performaces and reliability.File in questo prodotto:
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.12608/18239