Byeong Gi Lee – författare

Wireless technologies continue to evolve to address the insatiable demand for faster response times, larger bandwidth, and reliable transmission. Yet as the industry moves toward the development of post 3G systems, engineers have consumed all the affordable physical layer technologies discovered to date. This has necessitated more intelligent and optimized utilization of available wireless resources. Wireless Communications Resource Managem ent, Lee, Park, and Seo cover all aspects of this critical topic, from the preliminary concepts and mathematical tools to detailed descriptions of all the resource management techniques. Readers will be able to more effectively leverage limited spectrum and maximize device battery power, as well as address channel loss, shadowing, and multipath fading phenomena. Presents the latest resource allocation techniques for new and next generation air interface technologiesArms readers with the necessary fundamentals and mathematical toolsIllustrates theoretical concepts in a concrete mannerGives detailed coverage on scheduling, power management, and MIMO techniquesWritten by an author team working in both academia and industryWireless Communications Resource Managementis geared for engineers in the wireless industry and graduate students specializing in wireless communications. Professionals in wireless service and device manufacturing industries will find the book to be a clear, up-to-date overview of the topic. Readers will benefit from a basic, undergraduate-level understanding of networks and communications.Course instructors can access lecture materials at the companion website:(www.wiley.com/go/bglee)

Scrambling Techniques for CDMA Communications addresses spreading, scrambling, and synchronization techniques for use in inter-cell synchronous and asynchronous CDMA systems, including the IMT-2000. It provides fundamental background material for sequences and shift register generators, and demonstrates various acquisition techniques in primitive, advanced levels, and in the third generation (3G) DS/CDMA cellular systems. In addition, it introduces the novel acquisition techniques DSA (Distributed Sample Acquisition) and CDMA (Correlation-aided DSA) that enable rapid and robust acquisition of inter-cell synchronous and asynchronous IMT-2000 CDMA systems. Scrambling Techniques for CDMA Communications will be invaluable to wireless communication engineers, and in particular those involved in theoretical and design works related to spreading, scrambling, and synchronization of CDMA communication systems.

Scrambling Techniques for CDMA Communications addresses spreading, scrambling, and synchronization techniques for use in inter-cell synchronous and asynchronous CDMA systems, including the IMT-2000. It provides fundamental background material for sequences and shift register generators, and demonstrates various acquisition techniques in primitive, advanced levels, and in the third generation (3G) DS/CDMA cellular systems. In addition, it introduces the novel acquisition techniques DSA (Distributed Sample Acquisition) and CDMA (Correlation-aided DSA) that enable rapid and robust acquisition of inter-cell synchronous and asynchronous IMT-2000 CDMA systems. Scrambling Techniques for CDMA Communications will be invaluable to wireless communication engineers, and in particular those involved in theoretical and design works related to spreading, scrambling, and synchronization of CDMA communication systems.

This resource examines the four core technologies behind today's broadband networks. Professionals get coverage of TCP/IP, ATM, SDH/SONET and WDM networking technologies, which are being utilized to meet the demands of today's diverse service features. The text presents a framework of networking principles that forms a basis of the comparison of these technologies with respect to their relative strengths, weakness and fields of use. Moreover, practitioners learn how the technologies differ, what they have in common, and how they interact.