Conjugate coding is a cryptographic tool, introduced by Stephen Wiesner[1] in the late 1960s. It is part of the two applications Wiesner described for quantum coding, along with a method for creating fraud-proof banking notes. The application that the concept was based on was a method of transmitting multiple messages in such a way that reading one destroys the others. This is called quantum multiplexing and it uses photons polarized in conjugate bases as "qubits" to pass information.[2] Conjugate coding also is a simple extension of a random number generator.[3]
At the behest of Charles Bennett,[3] Wiesner published the manuscript explaining the basic idea of conjugate coding with a number of examples but it was not embraced because it was significantly ahead of its time.[4] Because its publication has been rejected, it was developed to the world of public-key cryptography in the 1980s as Oblivious Transfer, first by Michael Rabin and then by Shimon Even. It is used in the field of quantum computing. The initial concept of quantum cryptography developed by Bennett and Gilles Brassard was also based on this concept.[3]
^Morris, Jeffrey; Grimaila, Michael; Hodson, Douglas; Jacques, David; Baumgartner, Gerald (2013). Emerging Trends in ICT Security: Chapter 9. A Survey of Quantum Key Distribution (QKD) Technologies. San Francisco, CA: Morgan Kaufmann Publishers. ISBN9780128070666.
^ abcRogers, Daniel (2010). Broadband Quantum Cryptography. San Rafael, CA: Morgan & Claypool Publishers. p. 31. ISBN9781608450596.
^Morsch, Oliver (2008). Quantum Bits and Quantum Secrets: How Quantum Physics is Revolutionizing Codes and Computers. Berlin: John Wiley & Sons. p. 157. ISBN9783527407101.
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conjugate, coding, cryptographic, tool, introduced, stephen, wiesner, late, 1960s, part, applications, wiesner, described, quantum, coding, along, with, method, creating, fraud, proof, banking, notes, application, that, concept, based, method, transmitting, mu. Conjugate coding is a cryptographic tool introduced by Stephen Wiesner 1 in the late 1960s It is part of the two applications Wiesner described for quantum coding along with a method for creating fraud proof banking notes The application that the concept was based on was a method of transmitting multiple messages in such a way that reading one destroys the others This is called quantum multiplexing and it uses photons polarized in conjugate bases as qubits to pass information 2 Conjugate coding also is a simple extension of a random number generator 3 At the behest of Charles Bennett 3 Wiesner published the manuscript explaining the basic idea of conjugate coding with a number of examples but it was not embraced because it was significantly ahead of its time 4 Because its publication has been rejected it was developed to the world of public key cryptography in the 1980s as Oblivious Transfer first by Michael Rabin and then by Shimon Even It is used in the field of quantum computing The initial concept of quantum cryptography developed by Bennett and Gilles Brassard was also based on this concept 3 References edit Wiesner Stephen 1983 Conjugate Coding SIGACT News 15 1 78 88 doi 10 1145 1008908 1008920 ISSN 0163 5700 S2CID 207155055 Morris Jeffrey Grimaila Michael Hodson Douglas Jacques David Baumgartner Gerald 2013 Emerging Trends in ICT Security Chapter 9 A Survey of Quantum Key Distribution QKD Technologies San Francisco CA Morgan Kaufmann Publishers ISBN 9780128070666 a b c Rogers Daniel 2010 Broadband Quantum Cryptography San Rafael CA Morgan amp Claypool Publishers p 31 ISBN 9781608450596 Morsch Oliver 2008 Quantum Bits and Quantum Secrets How Quantum Physics is Revolutionizing Codes and Computers Berlin John Wiley amp Sons p 157 ISBN 9783527407101 nbsp This cryptography related article is a stub You can help Wikipedia by expanding it vte Retrieved from https en wikipedia org w index php title Conjugate coding amp oldid 999218312, wikipedia, wiki, book, books, library,
