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2202J-0 Covers both terrestrial and satellite systems Maximizing wireless system capacity and performance: a practical tutorial Robust Modulation Methods & Smart Antennas in Wireless Communications is a systematic, practical tutorial covering each key techlogy for maximizing the capacity and performance of wireless systems. The book's reader-friendly coverage introduces spectral and power efficiencies within Shann bounds, and key techniques for bandwidth-efficient modulation, including higher-order modulation waveforms, signal state-space diagrams, performance representations, and much more. Author Bru Pattan reviews today's robust digital signal modulation methods; approaches for mitigating interference in spread spectrum systems; signal formats and performance specifications in terrestrial cellular; and the rapid evolution of smart antennas and smart arrays. Coverage includes: * The dynamics of linear and continuous phase modulations in digital communications * Fundamentals of error correction coding * Trellis-coded modulation, its advantages, and factors that can degrade its performance * Butler matrix beamforming networks, including planar array beams, multiple volumetric beams, and Butler matrix applications * Side lobe cancellers in smart antenna applications, including single and multiple interferers * Switched multi-beam smart antennas and adaptive arrays The book contains extensive figures and illustrations throughout, making it easier to understand each techlogy and how it may be implemented. In particular, Pattan's thorough, up-to-the-minute coverage of smart antennas and smart arrays will enable wireless designers and other professionals to substantially increase the capacity of their systems.
Bruno Pattan has 35 years of experience in engineering, research, and analysis of radar, satellite, and wireless technology. A senior member of the technical staff at the Federal Communications Commission's Office of Engineering and Technology, he has been principal technical investigator on studies of direct broadcast, and non-GSO satellite systems; spread spectrum systems, and spectral-efficient higher-order modulation signals.