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	當前位置： 首頁出版圖書科學(xué)技術(shù)計算機/網(wǎng)絡(luò)網(wǎng)絡(luò)與數(shù)據(jù)通信網(wǎng)絡(luò)組建與管理網(wǎng)際安全技術(shù)構(gòu)架：基于標識鑒別的可信系統(tǒng)（英文版）

	



    
    

    
網(wǎng)際安全技術(shù)構(gòu)架：基于標識鑒別的可信系統(tǒng)（英文版）

    

	
網(wǎng)際安全技術(shù)構(gòu)架：基于標識鑒別的可信系統(tǒng)（英文版）
	
	

	

	

	
定　價：￥88.00

	

			
					

						作　者：
						南相浩 著
					

					

						出版社：
						電子工業(yè)出版社
					

					

						叢編項：
						
					

					

						標　簽：
						網(wǎng)絡(luò)配置與管理
					

				
	
	

    
	
	

	

			
					

						ISBN：
						9787121113796
						出版時間：
						2010-09-01	
                        包裝：
						平裝					
					
					
					
					
						開本：
						16開
						頁數(shù)：
						248
						字數(shù)：
						 
					
					
				

        

   

    
    
    
	
	
	
	
內(nèi)容簡介

	

	
　　CPK Cryptosystem changes ordinary elliptic curve public key into an identity-based public key with self-assured property. Self-assured public key can advance the authentication logic from object-authenticating \belief logic\ to entity-authenticating \trust logic\. Self-assured public key system and trust logic of authentication composes the key technique of cyber security. The construction of trust connecting，computing，transaction，logistics，counter-forgery and network management will be the main contents of the next generation of information security. Readers benefited from this book will be researchers and professors， experts and students， developers and policy makers， and all other who are interested in cyber security.
	
	
	
   
	
	
	
作者簡介

	

	
　　南相浩，現(xiàn)任北京大學(xué)兼職教授和中國民生銀行顧問等職務(wù)，長期從事密碼學(xué)、信息安全和信息安全系統(tǒng)研究工作，是中國著名密碼學(xué)專家。他是《網(wǎng)絡(luò)安全技術(shù)概論》著作的作者，是《銀行行為監(jiān)管》和《銀行行為控制》著作的副主筆。他是CPK密鑰管理算法的提出者。
	
	
	
	
	
	
圖書目錄

	

	
Contents　FOREWORD	4　CONTENTS	7　PART ONE	18　AUTHENTICATION TECHNIQUE	18　CHAPTER 1	19　BASIC CONCEPTS	19　1.1 PHYSICAL WORLD AND DIGITAL WORLD	19　1.2 A WORLD WITH ORDER AND WITHOUT ORDER	20　1.3 SELF-ASSURED PROOF AND 3RD PARTY PROOF	22　1.4 CERTIFICATION CHAIN AND TRUST CHAIN	24　1.5 CENTRALIZED AND DECENTRALIZED MANAGEMENT	25　1.6 PHYSICAL SIGNATURE AND DIGITAL SIGNATURE	27　CHAPTER 2	31　AUTHENTICATION LOGIC	31　2.1 BELIEF LOGIC	31　2.2 STANDARD PROTOCOL	32　2.3 TRUST RELATIONSHIP	33　2.3.1 Direct Trust	33　2.3.2 Axiomatic Trust	34　2.3.3 Inference Trust	35　2.4 TRUST LOGIC	36　2.4.1 The requirement of Trust Logic	36　2.3.2 The Progress in Public Key	37　2.4.3 Entity Authenticity	38　2.4.4 The Characteristics of Trust Logic	39　2.5 CPK PROTOCOL	40　2.5.1 One-way Protocol	40　2.5.2 Two-way Protocol	41　CHAPTER 3	43　IDENTITY AUTHENTICATION	43　3.1 COMMUNICATION IDENTITY AUTHENTICATION	44　3.2 SOFTWARE IDENTITY AUTHENTICATION	45　3.3 ELECTRONIC TAG AUTHENTICATION	46　3.4 NETWORK MANAGEMENT	47　3.5 HOLISTIC SECURITY	48　PART TWO	51　CRYPTO-SYSTEMS	51　CHAPTER 4	52　COMBINED PUBLIC KEY （CPK）	52　4.1 INTRODUCTION	52　4.2 ECC COMPOUND THEOREM	53　4.3 IDENTITY-KEY	53　4.3.1 Combining Matrix	53　4.3.2 Mapping from Identity to Matrix Coordinates	54　4.3.3 Computation of Identity-Key	54　4.4. KEY COMPOUNDING	54　4.4.1 The Compounding of Identity-Key and Accompanying-Key	54　4.4.2 The Compounding of Identity-Key and Separating-key	55　4.5 CPK DIGITAL SIGNATURE	55　4.5.1 Signing with Accompanying-Key	55　4.5.2 Signing with Separating-key	55　4.6 CPK KEY EXCHANGE	56　4.6.1 Key Exchange with Separating-key	56　4.6.2 Key Exchange with Accompanying-Key	56　4.7 CONCLUSION	56　CHAPTER 5	58　SELF-ASSURED AND 3RD PARTY PUBLIC KEY	58　5.1 NEW REQUIREMENTS OF THE CRYPTO-SYSTEM	58　5.2 DEVELOPMENT OF CRYPTO-SYSTEMS	59　5.3 DIGITAL SIGNATURE MECHANISM	60　5.3.1 IBC Signature Scheme	60　5.3.2 CPK Signature with Separating-key	61　5.3.3 CPK Signature with Accompanying-Key	61　5.3.4 PKI Signature Scheme	61　5.3.5 IB-RSA Signature Scheme	62　5.3.6 mRSA Signature Scheme	63　5.3.7 Comparison of Schemes	63　5.4 KEY EXCHANGE SCHEME	64　5.4.1 IBE Key Exchange	64　5.4.2 CPK Key Exchange	64　5.4.3 Other Key Exchange Schemes	65　5.4.4 Performance Comparison	65　5.5 DISCUSSION ON TRUST ROOT	66　CHAPTER 6	68　BYTES ENCRYPTION	68　6.1 TECHNICAL BACKGROUND	68　6.2 CODING STRUCTURE	70　6.2.1 Transposition Table （disk）	70　6.2.2 Substitution Table （subst）	72　6.3 8-BIT OPERATION	74　6.3.1 Assumptions	74　6.3.2 Key Derivation	75　6.3.3 Combination of Data and Keys	75　6.3.4 Left Shift Accumulation	76　6.3.5 Transposition Conversion	76　6.3.6 Single Substitution Conversion	77　6.3.7 Re-combination of Data and Keys	77　6.3.8 Right Shift Accumulation	78　6.3.9 Re-transposition	78　6.4 7-BIT OPERATION	79　6.4.1 Given Conditions	79　6.4.2 Key Derivation	79　6.4.3 Combination of Data and Key	80　6.4.4 Left Shift Accumulation	81　6.4.5 Transposition Conversion	81　6.4.6 Single Substitution Conversion	82　6.4.7 Re-combination of Data and Key	82　6.4.8 Right Shift Accumulation	83　6.4.9 Re-composition	83　6.5 SAFETY EVALUATION	84　6.5.1 Key Granularity	84　6.5.2 Confusion and Diffusion	85　6.5.3 Multiple-level Product Conversion	85　PART THREE	86　CPK SYSTEM	86　CHAPTER 7	87　CPK KEY MANAGEMENT	87　7.1 CPK KEY DISTRIBUTION	87　7.1.1 Authentication Network	87　7.1.2 Communication Key	88　7.1.3 Classification of Keys	88　7.2 CPK SIGNATURE	89　7.2.1 Digital Signature and Verification	89　7.2.2 Signature Format	90　7.3 CPK KEY EXCHANGE	90　7.4 CPK DATA ENCRYPTION	91　7.5 KEY PROTECTION	92　7.5.1 Password Verification	92　7.5.2 Password Change	93　CHAPTER 8	94　CPK-CHIP DESIGN	94　8.1 BACKGROUND	94　8.2 MAIN TECHNOLOGY	94　8.3 CHIP STRUCTURE	96　8.4 MAIN FUNCTIONS	100　8.4.1 Digital Signature	100　8.4.2 Data Encryption	101　CHAPTER 9	104　CPK ID-CARD	104　9.1 BACKGROUND	104　9.2 ID-CARD STRUCTURE	106　9.2.1 The Part of Main Body	106　9.2.2 The Part of Variables	106　9.3 ID-CARD DATA FORMAT	107　9.4 ID-CARD MANAGEMENT	110　9.4.1 Administrative Organization	110　9.4.2 Application for ID-Card	111　9.4.3 Registration Department	112　9.4.4 Production Department	113　9.4.5 Issuing Department	115　PART FOUR	116　TRUST COMPUTING	116　CHAPTER 10	117　SOFTWAREID AUTHENTICATION	117　10.1 TECHNICAL BACKGROUND	117　10.2 MAIN TECHNOLOGY	118　10.3 SIGNING MODULE	119　10.4 VERIFYING MODULE	121　10.5 THE FEATURE OF CODE SIGNING	123　CHAPTER 11	125　CODE SIGNING OF WINDOWS	125　11.1 INTRODUCTION	125　11.2 PE FILE	125　11.3 MINI-FILTER	126　11.3.1 NT I/O Subsystem	126　11.3.2 File Filter Driving	127　11.3.3 Minifilter	128　11.4 CODE AUTHENTICATION OF WINDOWS	129　11.4.1 The System Framework	129　11.4.2 Characteristics Collecting	129　11.5 CONCLUSION	130　CHAPTER 12	131　CODE SIIGNING OF LINUX…………………………………131　12.1 GENERAL DESCRIPTION	131　12.2 ELF FILE	131　12.3 LINUX SECURITY MODULE （LSM） FRAMEWORK	132　12.4 IMPLEMENTATION	133　PART FIVE	135　TRUST CONNECTING	135　CHAPTER 13	136　PHONE TRUST CONNECTING	136　13.1 MAIN TECHNOLOGIES	136　13.2 CONNECTING PROCEDURE	137　13.3 DATA ENCRYPTION	138　13.4 DATA DECRYPTION	139　CHAPTER 14	140　SOCKET LAYER TRUST CONNECTING	140　14.1 LAYERS OF COMMUNICATION	140　14.2 SECURE SOCKET LAYER （SSL）	141　14.3 TRUSTED SOCKET LAYER （TSL）	144　14.4 TSL WORKING PRINCIPLE	145　14.5 TSL ADDRESS AUTHENTICATION	147　14.6 COMPARISON	148　CHAPTER 15	150　ROUTER TRUST CONNECTING	150　15.1 PRINCIPLE OF ROUTER	151　15.2 REQUIREMENTS OF TRUSTED CONNECTION	152　15.3 FUNDAMENTAL TECHNOLOGY	154　15.4 ORIGIN ADDRESS AUTHENTICATION	154　15.5 ENCRYPTION FUNCTION	157　15.5.1 Encryption Process	158　15.5.2 Decryption Process	158　15.6 REQUIREMENT OF HEADER FORMAT	158　15.7 TRUSTED COMPUTING ENVIRONMENT	159　15.7.1 Evidence of Software Code	159　15.7.2　Authentication of Software Code	159　PART SIX	161　TRUST E-COMMERCE	161　CHAPTER 16	162　E-BANK AUTHENTICATION	162　16.1 BACKGROUND	162　16.2 COUNTER BUSINESS	163　16.3 BUSINESS LAYER	164　16.4 BASIC TECHNOLOGY	166　16.5 BUSINESS AT ATM	167　16.6 COMMUNICATION BETWEEN ATM AND PORTAL	167　16.7 THE ADVANTAGES	169　CHAPTER 17	171　E-BILL AUTHENTICATION	171　17.1 BILL AUTHENTICATION NETWORK	171　17.2 MAIN TECHNOLOGIES	172　17.3 APPLICATION FOR BILLS	173　17.4 CIRCULATION OF BILLS	174　17.5 VERIFICATION OF CHECK	174　PART SEVEN	176　TRUST LOGISTICS	176　CHAPTER 18	177　E-TAG AUTHENTICATION	177　18.1 BACKGROUND	177　18.2 MAIN TECHNOLOGY	178　18.3 EMBODIMENT （Ⅰ）	180　18.4 EMBODIMENT （Ⅱ）	181　CHAPTER 19	183　THE DESIGN OF MYWALLET	183　19.1 TWO KINDS OF AUTHENTICATION CONCEPT	183　19.2 SYSTEM CONFIGURATION	185　19.3 TAG STRUCTURE	186　19.3.1 Structure of Data Region	186　19.3.2 Structure of Control Region	186　19.4 TAG DATA GENERATION AND AUTHENTICATION	187　19.4.1 KMC	187　19.4.2 Enterprise	187　19.4.3 Writer and Reader	188　19.5 PROTOCOL DESIGN	188　19.6 CONCLUSION	190　PART EIGHT	191　FILE & NETWORK MANAGEMENT	191　CHAPTER 20	192　E-MAIL AUTHENTICATION	192　20.1 MAIN TECHNOLOGIES	192　20.2 SENDING PROCESS	193　20.3 RECEIVING PROCESS	194　CHAPTER 21	196　DATA STORAGE AUTHENTICATION	196　21.1 SECURITY REQUIREMENTS	196　21.2 BASIC TECHNOLOGY	197　21.3 FILE UPLOADING PROTOCOL	198　21.4 FILE DOWNLOADING PROTOCOL	199　21.5 DATA STORING	200　21.5.1 Establishment of Key File	201　21.5.2 Storage of Key File	201　21.5.3 Documental Database Encryption	202　21.5.4 Relational Database Encryption	202　CHAPTER 22	205　SECURE FILE BOX	205　22.1 BACKGROUND	205　22.2　SYSTEM FRAMEWORK	206　22.3 FEATURES OF THE SYSTEM	207　22.4 SYSTEM IMPLEMENTATION	208　CHAPTER 23	211　E-SEAL OF CLASSIFICATION	211　23.1 BACKGROUND TECHNOLOGY	211　23.2 MAIN TECHNOLOGIES	212　23.3 WORKING FLOW	214　23.4 EMBODIMENT	215　23.5 EXPLANATION	216　CHAPTER 24	223　WATER-WALL FOR INTRANET	223　24.1 BACKGROUND	223　24.2 WORKING PRINCIPLES	224　24.3 THE DIAGRAM OF INTRANET WATER-WALL	225　24.4 WATER-WALL FOR INDIVIDUAL PC	228　24.5 GUARDING POLICY	229　CHAPTER 25	230　DIGITAL RIGHT AUTHENTICATION	230　25.1 TECHNICAL BACKGROUND	230　25.2 MAIN TECHNOLOGIES	231　25.3 MANUFACTURER’S DIGITAL RIGHT	232　25.4 ENTERPRISE’S RIGHT OF OPERATION	233　25.5 CLIENT’S RIGHT OF USAGE	234　REFERENCES	242　APPENDICES	244　APPENDIX A	245　WALK OUT OF MYSTERIOUS “BLACK CHAMBER”	245　APPENDIX B	251　IDENTITY AUTHENTICATION OPENING A NEW LAND FOR INFORMATION SECURITY	251　APPENDIX C	259　SEARCHING FOR SAFE “SILVER BULLET”	259　APPENDIX D	269　“ELECTRONIC ID CARD” ATTRACTS INTERNATIONAL ATTENTION	269　APPENDIX E	274　CPK SYSTEM GOES TO THE WORLD	274　APPENDIX F	278　IDENTITY AUTHENTICATION BASED ON CPK SYSTEM	278
	
	

	

    
       
    
	
	

   

   

   

    
   

   
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