Security of Information and Communication Networks

Stamatios V. Kartalopoulos, PhD, is the Williams Professor in Telecommunications Networking at the ECE/TCOM graduate program at the University of Oklahoma and conducts research activities in optical networking and network security. He is also principal consultant of PhotonExperts, a consultancy on advanced optical technology and optical communications systems and networks. Previously, he defined, led, and managed research and development teams at Bell Laboratories, where he was awarded the President's Award as well as several other awards for excellence. Dr. Kartalopoulos has published both books and research papers extensively, has been awarded nineteen patents, and has lectured at international forums. An IEEE Distinguished Lecturer, he is an IEEE Fellow and member of SPIE, Sigma XI, and Etta Kappa Nu.

Preface. Acknowledgments. About the Author. 1. Introduction. 1.1 A Historical Perspective of Information and Network Security. 1.2 Modern Cryptography, Watermarking, Steganography, Escrow and Cryptanalysis. 1.3 Network Security. 1.4 Security Threatening Attacks and Actions. 2. Mathematical Foundations. 2.1 Introduction. 2.2 Logarithms. 2.3 Prime Numbers. 2.4 Modulus Arithmetic. 2.5 Greatest Common Divisor. 2.6 Groups. 2.7 Rings. 2.8 Fields. 2.9 The Fermat's Theorem. 2.10 The Euler's Theorem. 2.11 Exclusive-Or. 2.12 Random Numbers. 3. Ciphers and Algorithms. 3.1 Symmetric/Asymmetric Ciphers. 3.2 Symmetric Ciphers. 3.3 Asymmetric Cipher Systems. 3.4 Elliptic Curve Cryptosystems. 3.5 The RSA Algorithm. 3.6 Key Management. 4. Cryptographic Key Distribution Systems. 4.1 Key Distribution. 4.2 Merkle's Puzzle Method. 4.3 Shamir's Key Distribution Method. 4.4 Diffi e-Hellman Key Exchange Distribution. 4.5 Digital Signature Systems. 4.6 The Trusted Third Party or Key Escrow Encryption System. 5. Chaotic Cryptographic Systems. 5.1 Fundamentals of Chaotic Processes. 5.2 Application of Chaotic Systems to Communications. 5.3 Application of Chaotic Systems to Cryptography. References. 6. Communication Security Layer Classifi cations. 6.1 A Synergistic Security Framework. 6.2 Firewalls and Gateways. 6.3 Security Cross-Portfolio. 6.4 Attacks and Security in the Internet. 6.5 TACACS, SNMP and UDP. 7. Network Security: Wireless Systems. 7.1 Wireless Networks. 7.2 WLAN. 7.3 Wi-Fi, WPA and WPA2. 7.4 EAP, EAPOL and RADIUS. 7.5 Wireless Mobile Access Networks. 7.6 B3G/4G. 7.7 WiMax. 7.8 IP Multimedia Subsystems. 7.9 Bluetooth. 7.10 Wireless Personal Area Networks. 7.12 Wireless Ad-Hoc Networks. References. 8. Network Security: Wired Systems. 8.1 Introduction. 8.2 Wired Networks. 8.3 Security Issues. 8.4 Security Comparison Between PSDN and IP. References. 9. Network Security: Optical Systems. 9.1 Introduction. 9.2 Layers of Network Security. 9.3 Security of Optical Access Network. 9.4 Cyber-Attack Detection Mechanisms. 9.5 A WDM Method Applicable to Link Security. 9.6 Free Space Optical Networks. References. 10. Quantum Networks. 10.1 Introduction. 10.2 Quantum Mechanics Not-for-Dummies. 10.3 Quantum Cryptography. 11. Next Generation Optical Network Security. 11.1 Introduction. 11.2 Standardized Protocols for Cost-Effi cient Optical Networks. 11.3 Security in the Next Generation SONET/SDH. References. 12. Biometrics in Communication Networks. 12.1 Introduction. 12.2 Biometric Types. 12.3 Biometrics and Cryptography. 12.4 Local and Remote Authentication. 12.5 Biometrics Remote Authentication. References. Acronyms. Index.