量子保密通信

图书标准信息

• 作者 曾贵华 著
• 出版社 高等教育出版社
• 出版时间 2010-01
• 版次 1
• ISBN 9787040254792
• 定价 59.00元
• 装帧 精装
• 开本 16开
• 纸张 胶版纸
• 页数 368页
• 字数 450千字
• 正文语种 英语
• 丛书 信息安全系列丛书

【内容简介】

QuantumPrivateCommunicationcoversthefundamentalsoftheareasofsecurecommunication，quantumcryptography，quantumcommunication，andtheirphysicalimplementationwithapplications.Thebookappearsinatimelymannerforanemergingfieldatthecrossroadofclassicprivatecommunicationandquantumphysics.
Graduatestudentsandscientistsalikeincommunicationengineering，computerscience，electronicengineering，physicsandmathematicswillbenefitfromthebook.

【作者简介】

ProfessorGuihuaZengteachesandconductsresearchattheDepartmentofElectronicEngineeringofShanghaiJiaoTongUniversityandspentanAlexandervonHumboldtFellowshipattheUniversityofFreiburg，Germany．

【目录】

1Introduction
1.1SecurityRequirementsofCommunication
1.2OverviewofQuantumPrivateCommunication
1.3PrivateCommunicationModels
1.3.1ClassicSecureCommunicationModel
1.3.2QuantumPrivateCommunicationModel
1.4HistoryofQuantumPrivateCommunication
1.5RelationshipwithOtherSubjects
1.6NotationsandConventions
1.6.1RandomVariables
1.6.2CryptosystemandCipher
References

2QuantumSecurityTheory
2.1Introduction
2.2MathematicalBackground
2.2.1HilbertSpace
2.2.2PropertiesofHilbertSpace
2.2.3Operators
2.2.4SeveralImportantOperators
2.2.5MatricesDecomposition
2.3IntroductiontoQuantumMechanics
2.3.1QuantumSystems
2.3.2DynamicCharacteristicsofQuantumSystems
2.3.3InformationRetrievalofQuantumSystems
2.3.4FundamentofQuantumOptics
2.4IntroductiontoInformationTheory
2.4.1Entropy
2.4.2MutualInformation
2.4.3QuantumFanoInequality
2.5IntroductiontoComplexityTheory
2.5.1TuringMachine
2.5.2ClassicComplexity
2.5.3QuantumComplexity
2.6SecurityModel
2.6.1Information-theoreticSecurity
2.6.2ComputationalSecurity
2.6.3AttackStrategyAnalysis
References

3QuantumBits
3.1ClassicBits
3.2QuantumBitDefinition
3.2.1BinaryQubit
3.2.2P-aryQubit
3.2.3CompositeQubit
3.3QuantumBitTransformation
3.3.1QuantumLogicGates
3.3.2QuantumCircuits
3.4MathematicalProperty
3.4.1BlochSphere
3.4.2OrthogonalityofOppositePoints
3.4.3RotationsonBlochSphere
3.5PhysicalProperty
3.5.1Superposition
3.5.2Entanglement
3.5.3Distinguishability
3.5.4QuantumNo-cloning
3.6InformationProperty
3.6.1SingleQubitInformation
3.6.2NonorthogonalQubitsInformation
References

4QuantumKeyDistribution
4.1IntuitiononQKD
4.2StandardQKDSchemes
4.2.1BB84Protocol
4.2.2B92Protocol
4.3QuantumCommunicationModelforQKD
4.3.1QuantumSource
4.3.2QuantumChannel
4.3.3QuantumSink
4.4Reconciliation
4.4.1ReconciliationModel
4.4.2BinaryReconciliationProtocol
4.4.3Non-BinaryReconciliationProtocol
4.5PrivacyAmplification
4.5.1PrivacyAmplificationPrinciple
4.5.2PrivacyAmplificationTechniques
4.6SecurityModelforQKD
4.6.1SecurityTheory
4.6.2TypicalAttackStrategies
References

5QuantumCryptosystem
5.1Introduction
5.2QKD-basedCryptosystem
5.3QuantumVernamCipher
5.3.1ClassicVernamAlgorithm
5.3.2QuantumVernamCipher
5.3.3PrivateQuantumChannel
5.3.4SecurityModel
5.4TypicalQuantumVernamCiphers
5.4.1Classic-key-basedQuantumVernamCipher
5.4.2Bell-key-basedQuantumVernamCipher
5.4.3TeleportationasQuantumVernamCipher
5.5QuantumBlockCipher
5.5.1TheoreticalModel
5.5.2QuantumBlockAlgorithmforBinaryBits
5.6QuantumPublicKeyCryptosystem
5.7TypicalQuantumPublic-keyAlgorithms
5.7.1AlgorithmbasedSubset-sumProblem
5.7.2AlgorithmbasedQuantumCoding
References

6QuantumAuthentication
6.1Introduction
6.2AuthenticationTheory
6.2.1AuthenticationCategories
6.2.2SecurityModel
6.3MessageAuthenticationCode
6.3.1EncodingApproach
6.3.2HashFunctionApproach
6.4QuantumIdentityAuthentication
6.4.1SchemeDescription
6.4.2SecurityAnalysis
6.4.3InImperfectChannel
6.5QuantumSignaturePrinciple
6.6ArbitratedQuantumSignature
6.6.1AlgorithmDescription
6.6.2SecurityAnalysis
6.7TrueQuantumSignature
6.7.1AlgorithmDescription
6.7.2SecurityAnalysis
……
Index