Multidimensional Quantum Key Distribution with Single Side Pulse and Single Side Band Modulation MultiplexingReport as inadecuate


Multidimensional Quantum Key Distribution with Single Side Pulse and Single Side Band Modulation Multiplexing


Multidimensional Quantum Key Distribution with Single Side Pulse and Single Side Band Modulation Multiplexing - Download this document for free, or read online. Document in PDF available to download.

Quantum Cryptography enables secret distribution between remotes parties where classical communications fail. The proposed technique uses optical signal modulation to encode information with relative phase difference between frequency separated signals. The single side band detection scheme SSB enables efficient secret key distribution. The system security is guaranteed with a strong reference protocol. One can use a fainted laser source without security breach for any distance. A second proposed technique uses relative phase difference between time separated pulses. The single side pulse detection scheme SSP enables efficient secret key distribution and benefits the same security features as the SSB system. Both SSP and SSB may be multiplexed to increase the secure bit rate. The maximizing initial average energy is then one photon per pulse. The implemented SSB protocol includes an autocompensation system for the optical path fluctuations that make the system robust over long time periods.



Georgia Tech Theses and Dissertations - School of Electrical and Computer Engineering Theses and Dissertations -



Author: Guerreau-Lambert, Olivier L. - -

Source: https://smartech.gatech.edu/



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