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Quantum cryptography / Quantum information science / Quantum key distribution / Quantum computer / Photon / Quantum information / Public-key cryptography / Cryptosystem / Optical fiber / Physics / Cryptography / Theoretical computer science


3-2 Secure Communication with Quantum Cryptography HASEGAWA Toshio, NISHIOKA Tsuyoshi, ISHIZUKA Hirokazu, NAMBU Yoshihiro, TOMITA Akihisa, and TAJIMA Akio Quantum cryptography, which has the advantage of being able to de
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Document Date: 2006-11-20 07:55:22


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City

Geneva / Osaka / Baltimore / Bangalore / Tokyo / Kyoto / Munich / Keihanna / Dojima / /

Company

AES / Mitsubishi Electric Corporation / POWERDCOM Inc. / Environmental Research Laboratories / NEC Japan / KDDI Corporation / The NEC Corporation / NEC Research Institute Inc. / Shimizu / System Platforms Research Laboratories / /

Country

Switzerland / Japan / China / India / /

Event

FDA Phase / Force Majeure / /

Facility

Hokkaido University / University of Geneva / National Institute of Information / Chuo University / National Institute of Advanced Industrial Science / University of Tokyo / NEC Research Institute / /

IndustryTerm

security infrastructure / conventional security systems / generation technology / speed quantum cryptographic communication systems / pseudorandom number generation devices / quantum cryptography technology / example applications / quantum information technology / quantum cryptographic transmission technologies / data processing technology / photon generation technology / quantum cryptographic protocols / detection technology / temperature-independent interferometer technology / important component technologies / quantum cryptographic technologies / secure voice telephone / quantum cryptographic communication systems / random number evaluation systems / symmetric key encryption algorithms / long-distance communication systems / installed optical fiber network / fundamental physical law / number generation technology / multiuser communications / physical random number generation devices / encryption algorithm / software interface / photon detection technology / /

Organization

Ministry of Internal Affairs and Communications of Japan / National Institute of Information and Communications Technology Vol.53 No.3 / University of Tokyo / Japan Science and Technology Agency / United Nations / University of Geneva in Switzerland / Technology and Chuo University / Hokkaido University / National Institute of Advanced Industrial Science and Technology / NEC Research Institute / /

Person

Hideki Imai / Akihisa / Akio Quantum / Yoshihiro / Fundamental / Tsuyoshi / Shigeki Takeuchi / /

Position

Information Technology ISHIZUKA Hirokazu Head Researcher / Information Technology R&D Center / Principal Researcher / detective / HASEGAWA Toshio Head Researcher / Information Technology R&D Center / Professor / Assistant Professor / Head Researcher / Information Technology R&D Center / Assistant / /

Product

Nara / Daianji / Y-00 / BB84 / /

Technology

promoting quantum cryptographic technologies / quantum cryptographic transmission technologies / quantum information technology / Continuous Key Generation Technologies / S/N / quantum cryptographic protocols / encryption algorithm / Information Technology / quantum cryptographic technologies / cryptography system / Communications Technology / detection technology / secret key / BB84[1] up[2][ protocol / data processing technology / optical fiber / Implementable Quantum Bit-String Commitment Protocol / single mode fiber / encryption / laser / Cryptography / Y-00 protocol / interferometer technology / Random number generation technology / important component technologies / Public key / symmetric key encryption algorithms / photon generation technology / generation technology / promoting quantum cryptography technology / Gigabit / photon detection technology / plug and play system / phase modulation / Gui / /

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