commagbib.bib

@INPROCEEDINGS{caicedo,
	AUTHOR       = "Carlos Caicedo",
	TITLE        = "Software Defined Radio and Software Radio Technology: Concepts and Applications",
	BOOKTITLE    = "ITERA Conference",
	YEAR         = "2007",
	EDITOR       = "",
	PAGES        = "",
	ORGANIZATION = "",
	PUBLISHER    = "",
	ADDRESS      = "",
	MONTH        = "March",
	NOTE         = ""
}

@ARTICLE{configurable_radio, 
author={Mueck, M. and Piipponen, A. and Kallioja¨rvi, K. and Dimitrakopoulos, G. and Tsagkaris, K. and Demestichas, P. and Casadevall, F. and Pe´rez-Romero, J. and Sallent, O. and Baldini, G. and Filin, S. and Harada, H. and Debbah, M. and Haustein, T. and Gebert, J. and Deschamps, B. and Bender, P. and Street, M. and Kandeepan, S. and Lota, J. and Hayar, A.}, 
journal={Communications Magazine, IEEE}, 
title={ETSI reconfigurable radio systems: status and future directions on software defined radio and cognitive radio standards}, 
year={2010}, 
volume={48}, 
number={9}, 
pages={78-86}, 
keywords={cognitive radio;mobile handsets;software radio;telecommunication control;telecommunication network management;telecommunication security;telecommunication standards;ETSI reconfigurable radio systems technical committee;European Regulatory Framework;IEEE 802;IEEE SCC41;cognitive pilot channel proposal;cognitive radio principles;cognitive radio standards;dynamic self-organizing management;dynamic self-organizing planning;dynamic spectrum management;joint radio resource management;mobile devices;mobile phones;reconfigurable radio systems control;reconfigurable radio systems management;software defined radio;Chromium;Computer architecture;Europe;Software radio;TV;Telecommunication standards}, 
doi={10.1109/MCOM.2010.5560591}, 
ISSN={0163-6804},}

@ARTICLE{mitola, 
author={Mitola, J., III}, 
journal={Aerospace and Electronic Systems Magazine, IEEE}, 
title={Software radios: Survey, critical evaluation and future directions}, 
year={1993}, 
volume={8}, 
number={4}, 
pages={25-36}, 
keywords={CAD;digital radio systems;open systems;signal processing;telecommunications computing;CAD;algorithm structures;canonical open architecture software;channel model;communication system functions;computational models;digital signal processing;host architectures;metalevel;quantitative analysis;real-time communications;receiver;software radio;target processors;topological consistency;transmitter;Computational modeling;Digital signal processing;Hardware;Mathematical model;Performance analysis;Radio transmitters;Real time systems;Receivers;Software performance;Software radio}, 
doi={10.1109/62.210638}, 
ISSN={0885-8985},}

@INPROCEEDINGS{sdr1, 
author={P. Hoeher and H. Lang}, 
booktitle={First International Workshop on Digital Signal Processing Techniques
Applied to Space Communications}, 
title={Coded-8PSK modem for fixed and mobile satellite services based on DSP}, 
year={1988},}

@ARTICLE{speakeasy, 
author={Lackey, R.I. and Upmal, D.W.}, 
journal={Communications Magazine, IEEE}, 
title={Speakeasy: the military software radio}, 
year={1995}, 
volume={33}, 
number={5}, 
pages={56-61}, 
keywords={digital radio;land mobile radio;military communication;telecommunication computing;DSP technologies;Speakeasy Phase II radio;benefits;military software radio;programmable processing;Communication system control;Contracts;Costs;Digital signal processing;Laboratories;Military communication;Packaging;Signal processing;Software radio;Space technology}, 
doi={10.1109/35.392998}, 
ISSN={0163-6804},}

@UNPUBLISHED{USRP,
	AUTHOR       = "{Ettus Research LLC}",
	TITLE        = "USRP Networked Series",
	NOTE         = "https://www.ettus.com/product/category/USRP-Networked-Series",
	MONTH        = "",
	YEAR         = ""
}

@INPROCEEDINGS{KUAR, 
author={Minden, G.J. and Evans, J.B. and Searl, L. and DePardo, D. and Petty, V.R. and Rajbanshi, R. and Newman, T. and Chen, Q. and Weidling, F. and Guffey, J. and Datla, D. and Barker, B. and Peck, M. and Cordill, B. and Wyglinski, A.M. and Agah, A.}, 
booktitle={New Frontiers in Dynamic Spectrum Access Networks, 2007. DySPAN 2007. 2nd IEEE International Symposium on}, 
title={KUAR: A Flexible Software-Defined Radio Development Platform}, 
year={2007}, 
pages={428-439}, 
keywords={cognitive radio;software radio;KUAR;Kansas University Agile Radio;cognitive radios;dynamic spectrum access;flexible software-defined radio;radio configurations;wireless radio networks;Application software;Bandwidth;Baseband;Cognitive radio;FCC;Hardware;Information technology;Radio frequency;Software architecture;System testing}, 
doi={10.1109/DYSPAN.2007.62},}



@INPROCEEDINGS{Motorola,
	AUTHOR       = "Qicai Shi and D. Taubenheim and S. Kyperountas and P. Gorday and N. Correal",
	TITLE        = "Link Maintenance Protocol for Cognitive Radio System with OFDM PHY",
	BOOKTITLE    = "New Frontiers in Dynamic Spectrum Access Networks, 2007. DySPAN 2007. 2nd IEEE International Symposium on",
	YEAR         = "2007",
	EDITOR       = "",
	PAGES        = "",
	ORGANIZATION = "",
	PUBLISHER    = "",
	ADDRESS      = "Dublin, Ireland",
	MONTH        = "",
	NOTE         = ""
}

@ARTICLE{Maynooth,
	AUTHOR       = "Ronan Farrell and Magdalena Sanchez and Gerry Corley",
	TITLE        = "Software-Defined Radio Demonstrators: An Example and Future Trends",
	JOURNAL      = "International Journal of Digital Multimedia Broadcasting",
	YEAR         = "2009",
	VOLUME       = "",
	NUMBER       = "",
	PAGES        = "",
	MONTH        = "",
	NOTE         = ""
}

@UNPUBLISHED{Rice,
	AUTHOR       = "{Rice University WARP}",
	TITLE        = "WARP:Wireless Open-Access Research Platform",
	NOTE         = "http://warp.rice.edu",
	MONTH        = "",
	YEAR         = ""
}

@UNPUBLISHED{FMCOMMS,
	AUTHOR       = "{Analog Devices INC}",
	TITLE        = "AD-FMCOMMS1-EBZ User Guide",
	NOTE         = "http://wiki.analog.com/resources/eval/user-guides/ad-fmcomms1-ebz",
	MONTH        = "",
	YEAR         = ""
}

@UNPUBLISHED{GNU,
	AUTHOR       = "{GNU Radio}",
	TITLE        = "Welcome to GNU Radio!",
	NOTE         = "http://gnuradio.org/",
	MONTH        = "",
	YEAR         = ""
}

@UNPUBLISHED{Zed,
	AUTHOR       = "{Xilinx}",
	TITLE        = "Welcome to ZedBoard.org and MicroZed.org",
	NOTE         = "http://www.zedboard.org/",
	MONTH        = "",
	YEAR         = ""
}

@BOOK{Reed,
	AUTHOR       = "J.H. Reed",
	TITLE        = "Software Radio: A Modern to Radio Engineering",
	PUBLISHER    = "Prentice Hall PTR",
	YEAR         = "2002",
	VOLUME       = "",
	SERIES       = "",
	ADDRESS      = "",
	EDITION      = "",
	MONTH        = "",
	NOTE         = ""
}

@BOOK{RF,
	AUTHOR       = "Peter Kensington",
	TITLE        = "RF and baseband Techniques for Software Defined Radio",
	PUBLISHER    = "Artech House",
	YEAR         = "2005",
	VOLUME       = "",
	SERIES       = "",
	ADDRESS      = "",
	EDITION      = "",
	MONTH        = "",
	NOTE         = ""
}

@UNPUBLISHED{python,
	AUTHOR       = "{GNU Radio}",
	TITLE        = "GNU Radio 3.7.1 documentation",
	NOTE         = "http://gnuradio.org/doc/sphinx/wxgui/blks.html",
	MONTH        = "",
	YEAR         = ""
}

@UNPUBLISHED{iio,
	AUTHOR       = "{Analog Devices}",
	TITLE        = "LINUX INDUSTRIAL IO SUBSYSTEM",
	NOTE         = "http://wiki.analog.com/software/linux/docs/iio/iio",
	MONTH        = "",
	YEAR         = ""
}

@UNPUBLISHED{commandserver,
	AUTHOR       = "{Analog Devices}",
	TITLE        = "IIO COMMAND SERVER",
	NOTE         = "http://wiki.analog.com/resources/tools-software/linux-software/iiocmdsrv",
	MONTH        = "",
	YEAR         = ""
}

@ARTICLE{kennedyAndersonBitmead,
author="R. Kennedy and B. Anderson and R. Bitmead",
journal="{IEEE} Trans. Commun.", 
title="Tight bounds on the error probabilities of decision feedback equalizers",
year={1987},
month=oct,
volume={35},
pages={1022-1028}
}

@ARTICLE{survey, 
author={Ulversoy, T.}, 
journal={Communications Surveys Tutorials, IEEE}, 
title={Software Defined Radio: Challenges and Opportunities}, 
year={2010}, 
volume={12}, 
number={4}, 
pages={531-550}, 
keywords={cognitive radio;software radio;transceivers;SDR;cognitive radios;software defined radio;transceivers;Application software;Cognitive radio;Computer architecture;Context;FCC;Field programmable gate arrays;Military communication;Military equipment;Software radio;Wireless communication;Software defined radio;radio communication equipment;software engineering}, 
doi={10.1109/SURV.2010.032910.00019}, 
ISSN={1553-877X},}


@ARTICLE{hardware, 
author={Ru, Z. and Moseley, N.A. and Klumperink, E.A.M. and Nauta, B.}, 
journal={Solid-State Circuits, IEEE Journal of}, 
title={Digitally Enhanced Software-Defined Radio Receiver Robust to Out-of-Band Interference}, 
year={2009}, 
volume={44}, 
number={12}, 
pages={3359-3375}, 
keywords={CMOS integrated circuits;harmonics suppression;interference suppression;iterative methods;low-pass filters;radio receivers;radiofrequency interference;software radio;CMOS technique;adaptive interference cancelling;analog two-stage polyphase HR concept;current 50 mA;digital AIC technique;digitally enhanced SDR receiver;frequency 0.8 GHz;gain 34 dB;harmonic mixing;iterative harmonic-rejection technique;low-pass filtering;multiphase clock generator;out-of-band interference;size 65 nm;software-defined radio;voltage 1.2 V;Baseband;Clocks;Interference;Low pass filters;Power harmonic filters;Radio frequency;Radiofrequency identification;Receivers;Robustness;Voltage;Adaptive interference cancellation;CMOS;LMS;SAW-less;adaptive signal processing;baseband processing;blocker;blocker filtering;cross-correlation;digitally assisted;digitally enhanced;harmonic mixing;harmonic rejection;interference mitigation;linearity;low-noise amplifier (LNA);low-noise transconductance amplifier (LNTA);mismatch;multiphase;multiphase clock;nonlinearity;out-of-band interference;passive mixer;polyphase;receiver;robust receiver;software radio (SWR);software-defined radio (SDR);switching mixer;wideband receiver}, 
doi={10.1109/JSSC.2009.2032272}, 
ISSN={0018-9200},}

@ARTICLE{path, 
author={Abidi, A.A.}, 
journal={Solid-State Circuits, IEEE Journal of}, 
title={The Path to the Software-Defined Radio Receiver}, 
year={2007}, 
volume={42}, 
number={5}, 
pages={954-966}, 
keywords={CMOS analogue integrated circuits;FIR filters;UHF mixers;UHF oscillators;low noise amplifiers;mobile handsets;radio receivers;software radio;wideband amplifiers;0.2 to 20 MHz;0.8 to 6 GHz;90 nm;A/D conversion;CMOS prototype;RF prefilter;analog FIR filter;analog baseband samples;analog decimator;anti-aliasing;bandpass signal processing;boxcar integrator;clock-programmable downsampling;cognitive radio;digital front-end;direct conversion receiver;embedded filtering;mixer;mobile handsets;multimode receiver;multirate signal processing;receiver dynamic range;software-defined radio receiver;switched capacitor circuit;wide tuning local oscillator;wideband local oscillator;wideband low noise amplifier;wideband receiver;wideband sampling;Bandwidth;Baseband;Broadband amplifiers;Clocks;Digital filters;Filtering;Low-noise amplifiers;Mobile handsets;Radio frequency;Receivers;Analog decimator;Software Defined Radio (SDR);analog FIR filter;anti-aliasing;bandpass signal processing;boxcar integrator;cognitive radio;decimation;digital AGC;direct conversion receiver;multi-mode receiver;multi-rate signal processing;receiver dynamic range;sampling;switched capacitor circuit;wide tuning local oscillator;wideband receiver;wideband sampling;zero IF}, 
doi={10.1109/JSSC.2007.894307}, 
ISSN={0018-9200},}