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Short-range Wireless Communication, 3rd Edition

by Alan Bensky

August 2019

Intermediate to advanced

462 pages

14h 29m

English

Newnes

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Complex_numbers.mcdx: Complex numbersConversion.mcdx: Impedance transformationsdiffraction.mcdx: Diffractiondiversity.mcdx: Transmit diversityHelical.mcdx: Helical antennaIntermodulation.mcdx: Intermodulation distortionLoop.mcdx: Loop antennaLoop_match.mcdx: Coupling loop matchMatching.mcdx: Impedance matchingMicrostrip.mcdx: Microstrip transmission linesMIMO.mcdx: MIMO spatial multiplexPatch.mcdx: Microstrip patch antennaPLL.mcdx: Charge pump PLLProbability.mcdx: ProbabilityRadiate.mcdx: Radio wave propagationrange.mcdx: Open field path gainRFID_FF.mcdx: RFID far fieldRFID_NF.mcdx: RFID near fieldSensitivity.mcdx: Noise figure and sensitivityTranslines.mcdx: Transmission lines
Abstract1.1 Historical perspective1.2 Reasons for the spread of wireless applications1.3 Characteristics of short-range radio1.4 Short-range radio applications1.5 Elements of wireless communication systems1.6 Overview of chapters1.7 Summary
Abstract2.1 Mechanisms of radio wave propagation2.2 Open field propagation2.3 Diffraction2.4 Scattering2.5 Path loss2.6 Link budget2.7 Multipath2.8 Rayleigh fading2.9 Diversity techniques2.10 MIMO2.11 SummaryA Appendix

Abstract3.1 Antenna characteristics3.2 Types of antennas3.3 Impedance matching3.4 Measuring techniques3.5 Summary
Abstract4.1 Baseband data format and protocol4.2 Baseband coding4.3 Choice of RF frequency and bandwidth4.4 Modulation4.5 Summary
Abstract5.1 RF source5.2 Modulation5.3 Amplifiers5.4 Filtering5.5 Antennas5.6 Summary
Abstract6.1 Tuned radio frequency (TRF)6.2 Superregenerative receiver6.3 Superheterodyne receiver6.4 Direct conversion receiver6.5 Software defined radios6.6 Cognitive radio6.7 Repeaters6.8 Summary
Abstract7.1 Introduction7.2 Range7.3 Sensitivity7.4 External noise7.5 Internal receiver noise7.6 Superheterodyne image and spurious response7.7 Intermodulation distortion and dynamic range7.8 Demodulation7.9 Transmitter design7.10 Bandwidth7.11 Antenna directivity7.12 The power source7.13 Summary
Abstract8.1 Introduction8.2 Wireless modules and chips8.3 Systems on a chip8.4 Chips for wireless connectivity standards8.5 Summary
Abstract9.1 Basics of probability9.2 Information theory9.3 Shannon-Hartley theorem9.4 Coding9.5 Summary
Abstract10.1 Introduction10.2 FCC regulations10.3 European radiocommunication regulations10.4 Summary10.A Terms and definitions (FCC Part 2 subpart A Section 2.1)10.B Restricted bands of operation for emissions from intentional radiators (FCC Part 15 Section 15.205)
Abstract11.1 Introduction11.2 Network architecture11.3 Medium access11.4 Physical layer11.5 IEEE 802.11 Wi-Fi certified location11.6 Wi-Fi security11.7 Summary
Abstract12.1 Bluetooth12.2 Conflict and compatibility between Bluetooth and Wi-Fi12.3 IEEE 802.15.412.4 Other wireless personal area networks12.5 Ultra-wideband12.6 Summary
Abstract13.1 Introduction13.2 Frequencies13.3 RFID operation and classifications13.4 Communication protocols13.5 Security13.6 Near field communication (NFC)13.7 Summary
Abstract14.1 Wireless ad hoc networks14.2 Wireless mesh networks14.3 Wireless sensor networks14.4 The Internet of things14.5 Optical wireless communication14.6 Millimeter wavelength communication14.7 Location awareness in short-range networks14.8 Wireless body area networks14.9 Energy harvesting14.10 Summary

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Publisher Resources

ISBN: 9780128154069