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% SPDX-License-Identifier: CC-BY-SA-4.0
%
% Copyright (c) 2020 Philipp Le
%
% Except where otherwise noted, this work is licensed under a
% Creative Commons Attribution-ShareAlike 4.0 License.
%
% Please find the full copy of the licence at:
% https://creativecommons.org/licenses/by-sa/4.0/legalcode
\phantomsection
\addcontentsline{toc}{chapter}{List of Abbreviations}
\chapter*{List of Abbreviations}
\begin{acronym}[blablablabla]
\acro{ADC}{analog-to-digital converter}
\acro{AM}{amplitude modulation}
\acro{AOA}{angle of arrival}
\acro{AWGN}{additive white Gaussian noise}
\acro{ASIC}{application-specific integrated circuit}
\acro{ASK}{amplitude-shift keying}
\acro{B2B}{business-to-business}
\acro{BER}{bit error rate}
\acro{BIBO}{bounded-input, bounded-output}
\acro{BPF}{band pass filter}
\acro{BPM}{burst-position modulation}
\acro{BPSK}{binary phase-shift keying}
\acro{BS}{base station}
\acro{BSF}{band stop filter}
\acro{CDF}{cummulative distribution function}
\acro{CDM}{code-division multiplexing}
\acro{CDMA}{code-division multiple access}
\acro{CEP}{circular error probablilty}
\acro{CFR}{channel frequency response}
\acro{CIC}{cascaded integrator-comb}
\acro{CIR}{channel impulse response}
\acro{CMF}{channel matched filter}
\acro{CPU}{central processing unit}
\acro{CRLB}{Cramer-Rao lower bound}
\acro{CSMA-CA}{carrier sense multiple access collision avoidance}
\acro{CTFT}{continuous-time Fourier transform}
\acro{CW}{continuous wave}
\acro{DAC}{digital-to-analog converter}
\acro{DC}{discrete current}
\acro{DFT}{discrete Fourier transform}
\acro{DME}{Distance Measuring Equipment}
\acro{DOP}{dilution of precision}
\acro{DPSK}{differential phase-shift keying}
\acro{DSB}{double-sideband}
\acro{DSB-TC}{double-sideband transmitted carrier}
\acro{DSB-SC}{double-sideband suppressed carrier}
\acro{DSP}{digital signal processor}
\acro{DSSS}{direct-sequence spread spectrum}
\acro{DS-CDMA}{direct sequence code-division multiple access}
\acro{DTFT}{discrete-time Fourier transform}
\acro{EHF}{extremely high frequency}
\acro{EIRP}{effective isotropic radiated power}
\acro{ELF}{extremely low frequency}
\acro{EMC}{electromagnetic compatibility}
\acro{ENOB}{effective number of bits}
\acro{ETSI}{European Telecommunications Standards Institue}
\acro{FCC}{Federal Communications Commission}
\acro{FDL}{field bus data link}
\acro{FDP}{first detected path}
\acro{FDM}{frequency-division multiplexing}
\acro{FDMA}{frequency-division multiple access}
\acro{FEC}{forward error coding}
\acro{FFT}{fast Fourier transform}
\acro{FHSS}{frequency-hopping spread spectrum}
\acro{FIR}{finite impulse response}
\acro{FPGA}{field-programmable gate array}
\acro{FSPL}{free-space path loss}
\acro{FWHM}{full width at half maximum}
\acro{GIS}{Geo Information System}
\acro{GNSS}{global navigation satellite system}
\acro{GPIO}{general-purpose input and output}
\acro{GPS}{Global Positioning System}
\acro{HDL}{hardware description language}
\acro{HF}{high frequency}
\acro{HPF}{high pass filter}
\acro{HTTP}{Hypertext Transfer Protocol}
\acro{I}{in-phase}
\acro{IC}{integrated circuit}
\acro{ID}{identification}
\acro{IEEE}{Institute of Electrical and Electronics Engineers}
\acro{IETF}{Internet Engineering Task Force}
\acro{IF}{intermediate frequency}
\acro{IFFT}{inverse fast Fourier transform}
\acro{IIR}{infinite impulse response}
\acro{IOT}{Intenet of Things}
\acro{IP}{Internet Protocol}
\acro{IR}{impulse radio}
\acro{ISI}{inter-symbol interference}
\acro{ISM}{industrial, scientific and medical}
\acro{ITU}{International Telecommunication Union}
\acro{LBS}{location based service}
\acro{LF}{low frequency}
\acro{LFSR}{linear feedback shift register}
\acro{LNA}{low noise amplifier}
\acro{LO}{local oscillator}
\acro{LORAN-C}{Long Range Navigation-C}
\acro{LOS}{line-of-sight}
\acro{LPF}{low pass filter}
\acro{LS}{least squares}
\acro{LSB}{least significant bit}
\acro{LTE}{Long Term Evolution}
\acro{LTI}{linear, time-invariant}
\acro{LVPECL}{low-voltage positive emitter-coupled logic}
\acro{MAC}{medium access control}
\acro{MAP}{maximum aposteriori}
\acro{MB-OFDM}{multiband orthogonal frequency-division multiplexing}
\acro{MCU}{micro-controller unit}
\acro{MF}{medium frequency}
\acro{ML}{maximum likelihood}
\acro{MSB}{most significant bit}
\acro{MSE}{mean square error}
\acro{MMSE}{minimum mean square error}
\acro{MQTT}{message queuing telemetry transport}
\acro{MU}{mobile unit}
\acro{NCO}{nummerically-controlled oscillator}
\acro{NLOS}{non-line-of-sight}
\acro{OFDM}{orthogonal frequency-division multiplexing}
\acro{OFDMA}{orthogonal frequency-division multiple access}
\acro{OOK}{on-off keying}
\acro{OSI}{Open Systems Interconntection}
\acro{PAN}{personal area network}
\acro{PC}{personal computer}
\acro{PCM}{pulse-code modulation}
\acro{PCB}{printed circuit board}
\acro{PDF}{probability density function}
\acro{PHR}{physical layer header}
\acro{PHY}{physical layer}
\acro{PLD}{programmable logic device}
\acro{PLL}{phase-locked loop}
\acro{PM}{phase modulation}
\acro{PPM}{pulse-position modulation}
\acro{PRF}{pulse repetition frequency}
\acro{PSD}{power spectral density}
\acro{PPDU}{physical layer protocol data unit}
\acro{PSDU}{physical layer service data unit}
\acro{PSK}{phase-shift keying}
\acro{Q}{quadrature}
\acro{QAM}{quadrature amplitude modulation}
\acro{QED}{quod erat demonstrandum}
\acro{QOS}{quality of service}
\acro{QPSK}{quadrature phase-shift keying}
\acro{RAM}{random access memory}
\acro{ROM}{read-only memory}
\acro{RS}{recommended standard}
\acro{RTC}{real-time clock}
\acro{QAM}{quadrature amplitude modulation}
\acro{QPSK}{quadrature phase shift keying}
\acro{RF}{radio frequency}
\acro{RFID}{radio frequency identification}
\acro{RMS}{root mean square}
\acro{RSSI}{received signal strength indication}
\acro{RTLS}{real-time localization system}
\acro{RTT}{round trip time}
\acro{SAP}{service access point}
\acro{SDM}{space-division multiplexing}
\acro{SDR}{software-defined radio}
\acro{SECDED}{single error correct, double error detect}
\acro{SEP}{spherical error probablilty}
\acro{SFD}{start of frame delimiter}
\acro{SHF}{super high frequency}
\acro{SLF}{super low frequency}
\acro{SNR}{signal-to-noise ratio}
\acro{SQNR}{signal-to-qunatization-noise ratio}
\acro{SPI}{serial peripheral interface}
\acro{SSB}{single-sideband}
\acro{SSB-SC}{single-sideband suppressed carrier}
\acro{TCXO}{temperature-compensated crystal oscillator}
\acro{TCP}{Transmission Control Protocol}
\acro{THSS}{time-hopping spread spectrum}
\acro{TOA}{time of arrival}
\acro{TDM}{time-division multiplexing}
\acro{TDMA}{time-division multiple access}
\acro{TD-CDMA}{time-division code-division multiple access}
\acro{TDOA}{time difference of arrival}
\acro{UART}{universal asynchronous receiver and transmitter}
\acro{UDP}{user datagram protocol}
\acro{UDP}{User Datagram Protocol}
\acro{UERE}{user equivalent range error}
\acro{UHF}{ultra high frequency}
\acro{ULF}{ultra low frequency}
\acro{UN}{United Nations}
\acro{USB}{Universal Serial Bus}
\acro{UTC}{Coordinated Universal Time}
\acro{UWB}{ultra-wide band}
\acro{VCO}{voltage controlled oscillator}
\acro{VHF}{very high frequency}
\acro{VLF}{very low frequency}
\acro{VOR}{VHF Omnidirectional Range}
\acro{WLAN}{wireless local area network}
\acro{WPAN}{wireless personal area network}
\acro{WSS}{wide sense stationary}
\end{acronym}
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