Indoor Wireless Communications: From Theory to ImplementationIndoor Wireless Communications: From Theory to Implementation provides an in-depth reference for design engineers, system planners and post graduate students interested in the vastly popular field of indoor wireless communications. It contains wireless applications and services for in-building scenarios and knowledge of key elements in the design and implementation of these systems. Technologies such as Wireless Local Area Networks, Bluetooth, ZigBee, Indoor Optical Communications, WiMAX, UMTS and GSM for indoor environments are fully explained and illustrated with examples. Antennas and propagation issues for in-building scenarios are also discussed, emphasizing models and antenna types specifically developed for indoor communications. An exhaustive survey on indoor wireless communication equipment is also presented, covering all available technologies including antennas, distribution systems, transceivers and base stations. |
Contents
Indoor Wireless Technologies | 7 |
10 | 29 |
System Requirements | 45 |
Radio Propagation | 77 |
Channel Modelling | 113 |
Antennas | 167 |
6 | 208 |
Radio Measurements | 215 |
12 | 291 |
Active DAS | 297 |
Small Cells | 315 |
InBuilding Case Studies | 331 |
RF Coverage Design | 365 |
Sectorization | 372 |
5 | 386 |
RF Coverage Design | 402 |
Other editions - View all
Indoor Wireless Communications: From Theory to Implementation Alejandro Aragón-Zavala Limited preview - 2017 |
Indoor Wireless Communications: From Theory to Implementation Alejandro Aragón-Zavala Limited preview - 2017 |
Common terms and phrases
accurate achieved airport allow antenna applications band base station blocking building cable calculated capacity cell cellular channel characteristics communications connection considered coverage data rate defined depending deployed determine devices diffraction direction distance distribution effects elements environment equations equipment especially example field Figure floor follows frequency gain given important in-building increase indoor inside installation interference known limited locations materials maximum mean measurements mobile noise normally operators parameters path loss pattern performance planning possible practice predictions produce propagation radiation radio range receiver reduced reference reflections repeaters represents sectors shown in Figure shows signal SINR space specific spectrum stadium standard strength Table taken traffic transmit tuning typically unit values various voice walls wave Wi-Fi wireless