INFORMATION SECURITY: PRINCIPLES AND PRACTICE信息安全：原理与实践 pdf 免费 地址 txt lrf 下载 kindle umd

　　Your expert guide to information security

As businesses and c***umers become more dependent on complex multinational information systems, the need to understand and devise sound information security systems has never been greater. This title takes a practical approach to information security by focusing on real-world examples. While not sidestepping the theory, the emphasis is on developing the skills and knowledge that security and information technology students and professionals need to face their challenges. The book is ***anized around four major themes:

·Cryptography: classic cryptosystems, symmetric key cryptography, public key cryptography, hash functi***, random numbers, information hiding, and crypt***ysis

·Access control: authentication and authorization, password-based security, ACLs and capabilities, multilevel and multila***l security, covert channels and inference control, BLP and Biba's models, firewalls, and intrusion detection systems

·Protocols: *** authentication protocols, session keys, perfect forward secrecy, timestamps, SSL, IPSec, Kerberos, and G***

·Software: flaws and malware, buffer overflows, viruses and worms, software reverse engineering, digital rights management, secure software development, and operating systems security

Additional features include numerous figures and tables to illustrate and clarify complex topics, as well as problems-ranging from basic to challenging-to help readers apply their newly developed skills. A soluti*** manual and a set of classroom-tested PowerPoint(r) slides will assist instructors in their course development. Students and professors in information technology, computer science, and engineering, and professionals working in the field will find this reference most useful to solve their information security issues.

An Instructor's Manual presenting detailed soluti*** to all the problems in the book is available from the Wiley editorial department.

An Instructor Support FTP site is also available.

Preface.

About The Author.

Acknowledgments.

1. Introduction.

　1.1 The Cast of Characters.

　1.2 Alice's Online Bank.

　　1.2.1 Confidentiality, Integrity and.

　　1.2.2 Beyond CIA.

　1.3 About This Book.

　　1.3.1 Cryptography.

　　1.3.2 Access Control.

　　1.3.3 Protocols.

　　1.3.4 Software.

　1.4 The People Problem.

　1.5 Theory and Practice.

　1.6 Problems.

Ⅰ. CRYPTO.

　2. Crypto Basics.

　　2.1 Introduction.

　　2.2 How to Speak Crypto.

　　2.3 Classic Crypto.

　　　2.3.1 Simple Substitution Cipher.

　　　2.3.2 Crypt***ysis of a Simple Substitution.

　　　2.3.3 Definition of Secure.

　　　2.3.4 Double Transposition Cipher.

　　　2.3.5 One-time Pad.

　　　2.3.6 Project VENONA.

　　　2.3.7 Codebook Cipher.

　　　2.3.8 Ciphers of the Election of 1876.

　　2.4 Modern Crypto History.

　　2.5 A Taxonomy of Cryptography.

　　2.6 A Taxonomy of Crypt***ysis.

　　2.7 Summary.

　　2.8 Problems.

　3. Symmetric Key Crypto.

　　3.1 Introduction.

　　3.2 Stream Ciphers.

　　　3.2.1 A5/1.

　　　3.2.2 RC4.

　　3.3 Block Ciphers.

　　　3.3.1 Feistel Cipher.

　　　3.3.2 DES.

　　　3.3.3 Triple DES.

　　　3.3.4 AES.

　　　3.3.5 Three More Block Ciphers.

　　　3.3.6 TEA.

　　　3.3.7 Block Cipher Modes.

　　3.4 Integrity.

　　3.5 Summary.

　　3.6 Problems.

　4. Public Key Crypto.

　　4.1 Introduction.

　　4.2 Knapsack.

　　4.3 RSA.

　　　4.3.1 RSA Example.

　　　4.3.2 Repeated Squaring.

　　　4.3.3 Speeding Up RSA.

　　4.4 Diffie-Hellman.

　　4.5 Elliptic Curve Cryptography.

　　　4.5.1 Elliptic Curve Math.

　　　4.5.2 ECC Diffie-Hellman.

　　4.6 Public Key Notation.

　　4.7 Uses for Public Key Crypto.

　　　4.7.1 Confidentiality in the Real World.

　　　4.7.2 Signatures and Non-repudiation.

　　　4.7.3 Confidentiality and Non-repudiation.

　　4.8 Public Key Infrastructure.

　　4.9 Summary.

　　4.10 Problems.

　5. Hash Functi*** and Other Topics.

　　5.1 What is a Hash Function?

　　5.2 The Birthday Problem.

　　5.3 Non-cryptographic Hashes.

　　5.4 Tiger Hash.

　　5.5 HMAC.

　　5.6 Uses of Hash Functi***.

　　　5.6.1 Online Bids.

　　　5.6.2 Spam Reduction.

　　5.7 Other Crypto-Related Topics.

　　　5.7.1 Secret Sharing.

　　　　Key Escrow.

　　　5.7.2 Random Numbers.

　　　　Texas Hold 'em Poker.

　　　　Generating Random Bits.

　　　5.7.3 Information Hiding.

　　5.8 Summary.

　　5.9 Problems.

　6. Advanced Crypt***ysis.

　　6.1 Introduction.

　　6.2 Linear and Differential Crypt***ysis.

　　　6.2.1 Quick Review of DES.

　　　6.2.2 Overview of Differential Crypt***ysis.

　　　6.2.3 Overview of Linear Crypt***ysis.

　　　6.2.4 Tiny DES.

　　　6.2.5 Differential Crypt***ysis of TDES.

　　　6.2.6 Linear Crypt***ysis of TDES.

　　　6.2.7 Block Cipher Design.

　　6.3 Side Channel Attack on RSA.

　　*** Lattice Reduction and the Knapsack.

　　6.5 Hellman's Time-Memory Tradeo_.

　　　6.5.1 Popcnt.

　　　6.5.2 Crypt***ytic TMTO.

　　　6.5.3 Misbehaving Chains.

　　　6.5.4 Success Probability.

　　6.6 Summary.

　　6.7 Problems.

Ⅱ. ACCESS CONTROL.

7. Authentication.

7.1 Introduction.

　　7.2 Authentication Methods.

　　7.3 Passwords.

　　　7.3.1 Keys versus Passwords.

　　　7.3.2 Choosing Passwords.

　　　7.3.3 Attacking Systems via Passwords.

　　　7.3.4 Password Verification.

　　　7.3.5 Math of Password Cracking.

　　　7.3.6 Other Password Issues.

　　7.4 Biometrics.

　　　7.4.1 Types of Errors.

　　　7.4.2 Biometric Examples.

　　　　Fingerprints.

　　　　Hand Geometry.

　　　　Iris Scan.

　　　7.4.3 Biometric Error Rates.

　　　7.4.4 Biometric Conclusi***.

　　7.5 Something You Have.

　　7.6 Two-Factor Authentication.

　　7.7 Single Sign-On and Web Cookies.

　　7.8 Summary.

　　7.9 Problems.

　8. Authorization.

　　8.1 Introduction.

　　8.2 Access Control.

　　　8.2.1 ACLs and Capabilities.

　　　8.2.2 Confused Deputy.

　　8.3 Multilevel Security Models.

　　　8.3.1 Bell-LaPadula.

　　　8.3.2 Biba's Model.

　　8.4 Multila***l Security.

　　8.5 Covert Channel.

　　8.6 Inference Control.

　　8.7 CAP***HA.

　　8.8 Firewalls.

　　　8.8.1 Packet Filter.

　　　8.8.2 Stateful Packet Filter.

　　　8.8.3 Application Proxy.

　　　8.8.4 Personal Firewall.

　　　8.8.5 Defense in Depth.

　　8.9 Intrusion Detection.

　　　8.9.1 Signature-based IDS.

　　　8.9.2 Anomaly-based IDS.

　　8.10 Summary.

　　8.11 Problems.

Ⅲ PROTOCOLS.

　9. Simple Authentication Protocols.

　　9.1 Introduction.

　　9.2 Simple Security Protocols.

　　9.3 Authentication Protocols.

　　　9.3.1 Authentication Using Symmetric Keys.

　　　9.3.2 Authentication Using Public Keys.

　　　9.3.3 Session Keys.

　　　9.3.4 Perfect Forward Secrecy.

　　　9.3.5 Mutual Authentication, Session Key and PFS.

　　　9.3.6 Timestamps.

　　9.4 Authentication and ***P.

　　9.5 Zero Knowledge Proofs.

　　9.6 The Best Authentication Protocol?

　　9.7 Summary.

　　9.8 Problems.

　10. Real-World Security Protocols.

　　10.1 Introduction.

　　10.2 Secure Socket Layer.

　　　10.2.1 SSL and the Man-in-the-Middle.

　　　10.2.2 SSL Connecti***.

　　　10.2.3 SSL versus IPSec.

　　10.3 IPSec.

　　　10.3.1 IKE Phase 1: Digital Signature.

　　　10.3.2 IKE Phase 1: Symmetric Key.

　　　10.3.3 IKE Phase 1: Public Key Encryption.

　　　10.3.4 IPSec Cookies.

　　　10.3.5 IKE Phase 1 Summary.

　　　10.3.6 IKE Phase 2.

　　　10.3.7 IPSec and IP Datagrams.

　　　10.3.8 Transport and Tunnel Modes.

　　　10.3.9 ESP and AH.

　　10.4 Kerberos.

　　　10.4.1 Kerberized Login.

　　　10.4.2 Kerberos Ticket.

　　　10.4.3 Kerberos Security.

　　10.5 G***.

　　　10.5.1 G*** Architecture.

　　　10.5.2 G*** Security Architecture.

　　　　Anonymity.

　　　　Authentication.

　　　　Confidentiality.

　　　10.5.3 G*** Authentication Protocol.

　　　10.5.4 G*** Security Flaws.

　　　　Crypto Flaws.

　　　　Invalid Assumpti***.

　　　　SIM Attacks.

　　　　Fake Base Station.

　　　10.5.5 G*** Conclusi***.

　　　10.5.6 3GPP.

　　10.6 Summary.

　　10.7 Problems.

Ⅳ SOFTWARE.

　11. Software Flaws and Malware.

　　11.1 Introduction.

　　11.2 Software Flaws.

　　　11.2.1 Buffer Overflow.

　　　　Buffer Overflow Example.

　　　　Stack Smashing Prevention.

　　　　Buffer Overflow: The Last Word.

　　　11.2.2 Incomplete Mediation.

　　　11.2.3 Race Conditi***.

　　11.3 Malware.

　　　11.3.1 Brain.

　　　11.3.2 Morris Worm.

　　　11.3.3 Code Red.

　　　11.3.4 SQL Slammer.

　　　11.3.5 Trojan Example.

　　　11.3.6 Malware Detection.

　　　　Signature Detection.

　　　　Change Detection.

　　　　Anomaly Detection.

　　　11.3.7 The Future of Malware.

　　　11.3.8 Cyber Diseases versus Biological Diseases.

　　11.4 Miscellaneous Software-Based Attacks.

　　　11.4.1 Salami Attacks.

　　　11.4.2 Linearization Attacks.

　　　11.4.3 Time Bombs.

　　　11.4.4 Trusting Software.

　　11.5 Summary.

　　11.6 Problems.

　12. Insecurity in Software.

　　12.1 Introduction.

　　12.2 Software Reverse Engineering.

　　　12.2.1 Anti-disassembly Techniques.

　　　12.2.2 Anti-debugging Techniques.

　　12.3 Software Tamper-resistance.

　　　12.3.1 Guards.

　　　12.3.2 Obfuscation.

　　　12.3.3 Metamorphism Revisited.

　　12.4 Digital Rights Management.

　　　12.4.1 What is DRM?

　　　12.4.2 A Real-World DRM System.

　　　12.4.3 DRM for Streaming Media.

　　　12.4.4 DRM for a P2P Application.

　　　12.4.5 DRM in the Enterprise.

　　　12.4.6 DRM Failures.

　　　12.4.7 DRM Conclusi***.

　　12.5 Software Development.

　　　12.5.1 Open versus Closed Source Software.

　　　12.5.2 Finding Flaws.

　　　12.5.3 Other Software Development Issues.

　　12.6 Summary.

　　12.7 Problems.

　13. Operating Systems and Security.

　　13.1 Introduction.

　　13.2 Operating System Security Functi***.

　　　13.2.1 Separation.

　　　13.2.2 Memory Protection.

　　　13.2.3 Access Control.

　　13.3 Trusted Operating System.

　　　13.3.1 MAC, DAC and More.

　　　13.3.2 Trusted Path.

　　　13.3.3 Trusted Computing Base.

　　13.4 Next Generation Secure Computing Base.

　　　13.4.1 NGSCB Feature Groups.

　　　　Process Isolation.

　　　　Sealed Storage.

　　　　Secure Path.

　　　　Attestation.

　　　13.4.2 NGSCB Compelling Applicati***.

　　　13.4.3 Criticisms of NGSCB.

　　13.5 Summary.

　　13.6 Problems.

Appendices.

　A-1 Networking Basics.

　　A-1.1 Introduction.

　　A-1.2 The Protocol Stack.

　　A-1.3 Application Layer.

　　A-1.4 Transport Layer.

　　A-1.5 Network Layer.

　　A-1.6 Link Layer.

　　A-1.7 Conclusi***.

　A-2 Math Essentials.

　　A-2.1 Modular Arithmetic.

　　A-2.2 Permutati***.

　　A-2.3 Probability.

　　A-2.4 Linear Algebra.

　A-3 DES S-boxes.

Annotated Bibliography.

Index

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作者简介：

MARK STAMP, PHD, is Professor of Computer Science, San José State University, where he teaches undergraduate and graduate-level information security courses. In addition to his experience gained in private industry and academia, Dr. Stamp has seven years' experience working as a crypt***yst at the U.S. National Security Agency.

书籍介绍

This is your expert guide to information security. As businesses and c***umers become more dependent on complex multinational information systems, the need to understand and devise sound information security systems has never been greater. This title takes a practical approach to information security by focusing on real-world examples. While not sidestepping the theory, the emphasis is on developing the skills and knowledge that security and information technology students and professionals need to face their challenges. The book is ***anized around four major themes: Cryptography: classic cryptosystems, symmetric key; cryptography, public key cryptography, hash functi***, random numbers, information hiding, and crypt***ysis Access control: authentication and authorization, password-based security, ACLs and capabilities, multilevel and multila***l security, covert channels and inference control, BLP and Biba's models, firewalls, and intrusion detection systems. It also includes protocols: *** authentication protocols, session keys, perfect forward secrecy, timestamps, SSL, IPSec, Kerberos, and G*** Software: flaws and malware, buffer overflows, viruses and worms, software reverse engineering, digital rights management, secure software development, and operating systems security. Additional features include numerous figures and tables to illustrate and clarify complex topics, as well as problems - ranging from basic to challenging - to help readers apply their newly developed skills. A soluti*** manual and a set of classroom-tested PowerPoint[registered] slides will assist instructors in their course development. Students and professors in information technology, computer science, and engineering, and professionals working in the field will find this reference most useful to solve their information security issues. This is an "Instructor's Manual" presenting detailed soluti*** to all the problems in the book is available from the Wiley editorial department. An Instructor Support FTP site is also available.