This is a definitive, end-to-end guide to high-performance UWB system design. With the FCC's approval of new ultra wide band standards, UWB is poised to drive breakthroughs in both commercial and military communications. However, UWB system design is radically different from conventional communications system design, and traditional design guides are insufficient - or even misleading. Now, for the first time, there's an authoritative and comprehensive guide to the latest best practices in UWB system design. Authored by ...
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This is a definitive, end-to-end guide to high-performance UWB system design. With the FCC's approval of new ultra wide band standards, UWB is poised to drive breakthroughs in both commercial and military communications. However, UWB system design is radically different from conventional communications system design, and traditional design guides are insufficient - or even misleading. Now, for the first time, there's an authoritative and comprehensive guide to the latest best practices in UWB system design. Authored by leading-edge experts and researchers, Introduction to Ultra Wideband Communication Systems systematically addresses every major issue engineers will face in designing, implementing, testing, and deploying successful systems. The authors cover propagation, antennas, receiver and transmitter implementation, standards and regulations, interference, simulation, modulation and multiple access, networking, applications, and more. components, standards/regulations, and the controversies surrounding UWB; never-before-published techniques for addressing propagation, modelling, and channel simulation; UWB antenna design - including surprising differences between UWB and narrowband systems; effective transmitter design reflecting UWB's modulation principles; receiver design for impulse UWB systems - including key differences from conventional carrier-based systems; in-depth coverage of interference, focusing on 'peaceful coexistence' between UWB and narrowband radio systems; practical simulation techniques that avoid unacceptably long simulation times; how UWB's physical layer capabilities impact the performance and design of upper layers; and real-world UWB applications and case studies of existing systems. UWB: RF engineers concerned with UWB's impact on radio design; experienced computer and DSP engineers moving into radio communications; systems engineers who must master UWB radio link design; and technical managers who must clearly understand the challenges they'll face in delivering successful systems.
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