Rhee, M: Mobile Communication Systems and Security

CHAPTER 1 Global System for Mobile Communications
1.1 GSM Bandwidth Allocation
1.2 GSM System Architecture
1.3 GSM Transmission Network Architecture
1.4 Signalling Channels on the Air Interface
1.5 GSM Security Architecture

CHAPTER 2 cdmaOne IS-95A Technology
I. Reverse CDMA Channel
2.1 Reverse Traffic Channel
2.2 Access Channel
2.3 Multiplex Option 1 Information
2.4 Multiplex Option 2 Information
II. Forward CDMA Channel
2.5 Pilot Channel
2.6 Sync Channel
2.7 Paging Channel
2.8 Forward Traffic Channel

CHAPTER 3 General Packet Radio Service (GPRS)
3.1 GPRS System Architecture
3.2 GPRS Logical Functions
3.3 Layered Protocol Architecture of Transmission Plane
3.4 GPRS Ciphering Algorithm

CHAPTER 4 Third Generation Partnership Projects
4.1 3G Partnership Projects
4.2 Evolution of Mobile Radio Technologies
4.3 Cryptographic Protocols Applicable to Wireless Security Technologies

CHAPTER 5 Universal Mobile Telecommunication System
5.1 UMTS Standardization
5.2 FDD/TDD modes for UTRA Operation
5.3 UMTS Architecture
5.4 UTRAN Architecture
5.5 UTRAN Terrestrial Interface
5.6 UTRAN-CN Interface via Iu
5.7 UMTS Security Related Features
5.8 UTRAN Overall Functions
5.9 UTRAN Iub Interface Protocol Structure

CHAPTER 6 High Speed Downlink Packet Access (HSDPA)
6.1 Basic Structure of HS-DSCH
6.2 Overview of HSDPA Enhancement Technologies
6.3 HS-DSCH MAC Architecture - UE side
6.4 HS-DSCH MAC Architecture-UTRAN side
6.5 Overview of HSDPA Techniques to Support UTRA
6.6 Orthogonal Frequency Division Multiplexing (OFDM)
6.7 Prospect of OFDM-based Applications

CHAPTER 7 CDMA 2000 1x High Rate Packet Data System (1xEV-DO)
7.1 Architectural Reference Protocol Model
7.2 Air Interface Layering Protocol
7.3 Stream Layer Protocol
7.4 Session Layer Protocol
7.5 Connection Layer Protocol
7.6 Security Layer Protocols
7.7 MAC Layer Protocols
7.8 Physical Layer Protocol

CHAPTER 8 CDMA2000 1x Evolution-Data and Voice (1x EV-DV)
8.1

ManYoung Rhee is an Endowed Chair Professor atKyung Hee University and has over 45 years of research and teaching experience in the field of communication technologies, coding theory, cryptography, and information security. His career in academia includes professorships at Hanyang University (he also held the position of Vice President at this university), Virginia Tech, Seoul National University, and the University of Tokyo. Dr Rhee has held a number of high level positions in both government and corporate sectors: President of Samsung Semiconductor Communications; President of Korea Telecommunications Company; Chairman of the Korea Information Security Agency at the Ministry of Information and Communication; President of the Korea Institute of Information Security and Cryptology; and Vice President of the Agency for Defense Development at the Ministry of National Defense. He is a Member of the National Academy of Sciences, Senior Fellowat theKorea Academy of Science and Technology, and an Honorary Member of the National Academy of Engineering of Korea. His awards include the ''Dongbaek'' Order of National Service Merit and the "Mugunghwa" Order of National Service Merit, the highest grade honor for a scientist inKorea,NASPrize, the National Academy of Sciences, NAEK Grand Prize, the National Academy of Engineering of Korea, and Information Security Grand Prize, KIISC. He has also published the following four books: Coding, Cryptography, and Mobile Communications: Internet Security, John Wiley, 2003; CDMA Cellular Mobile Communications and Network Security, Prentice Hall, 1998; Cryptography and Secure Communications, McGraw-Hill, 1994; and Error Correcting Coding Theory, McGraw-Hill, 1989. Dr Rhee has a B.S. in Electrical Engineering from Seoul National University, and an M.S. in Electrical Engineering and a Ph.D. from the University of Colorado.