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The following topics were dealt with: free space quantum cryptography; PKI; business-to-business security; space systems; quantum key distribution; optical fibre networks; quantum communication; mid-infrared single photon source; and quantum information processing.
This paper presents a slide presentation on the combination of quantum communication and processing. Also, it presents a new twist for quantum key distribution (QKD).
This paper presents a slide presentation of the business impact of quantum cryptography. The pragmatics of quantum cryptography are also included in the presentation.
This paper presents a slide presentation on the key reconciliation in quantum key distribution. The classical communication, error correction protocols, and performance comparison are included in the presentation.
This paper presents a slide presentation on mid-infrared single photon source. The SAW single photon source, novel lateral diodes, and optical properties of InSb quantum wells are included in the presentation.
This paper presents a slide presentation on entanglement based quantum key distribution (QKD). It first introduced entanglement then discussed the BBM92 protocol for quantum cryptography using entangled states. Then a demonstration of QKD outside the laboratory using entangled photons. A new type of entangled source for long distance QKD is also presented.
This paper presents a slide presentation on a fast and simple one-way quantum key distribution. A new time coding scheme and high speed IR photon counters are presented.
This paper presents a slide presentation on practical quantum key distribution. The transmitter, random number generator, receiver, and software are presented.
This paper presents a slide presentation on the past, present, and future solutions of public key infrastructure (PKI). The origin, drivers, logistical problems, and security architecture of PKI are also discussed.
This paper presents a slide presentation on free space quantum cryptography. The presentation includes: the BB84 quantum key distribution protocol, the current status of QKD experiments; and a stand alone QKD system.
This paper presents a slide presentation on the high key exchange rate quantum key distribution in optical fibers. A point-to-point QKD system demonstrated up to 3.3 GHz clock rates with high bit transmission rates and a multi-user QKD system using standard telecomms 1times32 splitter at lambda = 850 nm with high bit transmission rates are also presented.
This paper presents a slide presentation of quantum key distribution (QKD) on existing networks. The limitations of QKD in existing network infrastructure and the proposed solutions are presented. The QKD in OSI model and an overview of different deployment scenarios are included in the presentation.
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