| Professor Guihua Zeng teaches and conducts research at the Department of Electronic Engineering of Shanghai Jiao Tong University and spent an Alexander von Humboldt Fellowship at the University of Freiburg,Germany. .. << 查看详细 |
| introduction 1.1 security requirements of communication 1.2 overview of quantum private communication 1.3 private communication models 1.4 history of quantum private communication 1.5 relationship with other subjects 1.6 notations and conventions references quantum security theory 2.1 introduction 2.2 mathematical background 2.3 introduction to quantum mechanics 2.4 introduction to information theory 2.5 introduction to complexity theory 2.6 security model references 3 quantum bits 3.1 classic bits 3.2 quantum bit definition 3.3 quantum bit transformation .3.4 mathematical property 3.5 physical property 3.6 information property references quantum key distribution 4.1 intuition on qkd 4.2 standard qkd schemes 4.3 quantum communication model for qkd 4.4 reconciliation 4.5 privacy amplification 4.6 security model for qkd references 5 quantum cryptosystem 5.1 introduction 5.2 qkd-based cryptosystem 5.3 quantum vernam cipher 5.4 typical quantum vernam ciphers 5.5 quantum block cipher 5.6 quantum public key cryptosystem 5.7 typical quantum public-key algorithms references 6 quantum authentication 6.1 introduction 6.2 authentication theory 6.3 message authentication code 6.4 quantum identity authentication 6.5 quantum signature principle 6.6 arbitrated quantum signature 6.7 true quantum signature 6.8 quantum channel authentication references 7 private communication using single photon signal 7.1 single photon source 7.2 transmission of single photon signal 7.3 single photon detection 7.4 encoding with discrete variable qubits 7.5 qkd with single photon signal 7.6 qkd with entangled photon pairs 7.7 secret sharing with single photon signal references private communication using continuous variable signal 8.1 continuous variable signal 8.2 continuous variable signal transmission 8.3 continuous variable signal detection 8.4 encoding with continuous variable .qubits 8.5 qkd with continuous variable signal 8.6 quantum encryption with coherent states 8.7 quantum identification with coherent states references practical private communication systems 9.1 introduction 9.2 transmission loss 9.3 private communication over fiber 9.4 private communication over free-space 9.5 private communication over ip networks 9.6 applications in mobile communication 9.7 limitations on availabilities references index |
内容加载中，请稍后...
商品评论（0条）