Wireless Internet Security: Architecture and Protocols

【文件属性】：
文件名称：Wireless Internet Security: Architecture and Protocols
文件大小：1.39MB
文件格式：PDF
更新时间：2012-06-22 08:32:45
Wireless Security In describing tools for internet security, this title focuses on understanding the system architecture of existing security and on developing architectural changes for new security services. Topics include security threats in wireless networks, security services for countering those threats, and the process of defining functional architecture for network systems. Kempf also discusses examples of wireless Internet security systems such as wireless network access control, local IP subnet configuration and address resolution, and location privacy. Each chapter describes the basic network architecture and protocols for the system under consideration, security threats, functional architecture, and the important internet protocols that implement the architecture. This is an ideal resource for graduate students of electrical engineering and computer science, as well as for engineers and system architects in the wireless network industry. Approaching wireless Internet security from the position of system architecture, this text describes the cryptographic and protocol-based tools for Internet security, highlighting their application in wireless networks. Rather than dealing with specific standards or products, the focus throughout is on the architectural and practical design aspects of wireless security systems. About the Author James Kempf is a Research Fellow at DoCoMo Labs USA and has been active in systems and software research since he was awarded his Ph.D. in Systems Engineering from the University of Arizona in 1983. Prior to his current position, Dr. Kempf worked at Sun Microsystems for 13 years, where he was involved in a variety of research projects, including, in 1994, a prototype of a SPARC-based tablet computer with early 802.11 supports. His research interests include wireless internet security, new internet architectures, and immersive user interfaces for wireless terminals.