path: root/text/literatura.tex

% Pro sazbu seznamu literatury použijte jednu z následujících možností

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%1) Seznam citací definovaný přímo pomocí prostředí literatura / thebibliography

\nobreak
\begin{thebibliography}{99}

\bibitem{ltebook}
	SAUTER, Martin.
		\emph{From GSM to LTE-advanced pro and 5G: an introduction to mobile networks and mobile broadband.}
	Third edition. Hoboken, NJ, USA: Wiley, 2017. ISBN 978-1-119-34686-9.

\bibitem{3gppurllc}
	3GPP.
		\emph{Ultra Reliable and Low Latency Communications [online]}
		2022, 2023-1-2 [cited~on~2023-12-27].
		Avaible at:
		{\small \url{https://www.3gpp.org/technologies/urlcc-2022} }


\bibitem{nokia49g}
	NOKIA.
		\emph{The path to 5G: New services with 4.5G, 4.5G Pro and 4.9G}
		2016
		Avaible at:
		{\small \url{https://web.archive.org/web/20170113135222/http://resources.alcatel-lucent.com/asset/200173} }

\bibitem{5gnruk}
	5G.co.uk.
		\emph{What is 5G New Radio (5G NR) [online]}
		2022 [cited~on~2023-12-27]
		Avaible at:
		{\small \url{https://5g.co.uk/guides/what-is-5g-new-radio/} }

\bibitem{3gppmulticast}
	3GPP.
		\emph{What is 5G New Radio (5G NR) [online]}
		2023 [cited~on~2023-12-27]
		Avaible at:
		{\small \url{https://www.3gpp.org/technologies/broadcast-multicast1} }

\bibitem{rohdenbiot}
	ROHDE-SCHWARZ.
		\emph{Narrowband Internet of Things Whitepaper [pdf]}
		,2016
		Avaible at:
		{\small \url{https://cdn.rohde-schwarz.com/pws/dl_downloads/dl_application/application_notes/1ma266/1MA266_0e_NB_IoT.pdf} }

\bibitem{erf}
	Everything RF.
	\emph{What is LTE Cat-M2? [online]}
	2023-3-12 [cited~on~2023-12-27]
	Avaible at:
	{\small \url{https://www.everythingrf.com/community/what-is-lte-cat-m2} }

\bibitem{o2catm}
	O2.
		\emph{O2 spustilo síť Cat-M. Pokrytí dosahuje 98,5 \% území České republiky [online]}
		2023-12-18
		Avaible at:
		{\small \url{https://www.o2.cz/spolecnost/tiskove-centrum/o2-spustilo-sit-cat-m-pokryti-dosahuje-98-5-uzemi-ceske-republiky} }

\bibitem{vodafonemap}
	Vodafone.
		\emph{Mapa pokrytí [online]}
		[cited~on~2023-12-27]
		Avaible at:
		{\small \url{https://www.vodafone.cz/mapa-pokryti/} }

\bibitem{narowbandcoverage}
	NARROWBAND.
		\emph{NB-IoT coverage [online]}
		[cited~on~2023-12-27]
		Avaible at:
		{\small \url{https://www.narrowband.com/nb-iot-coverage} }

\bibitem{5gamericasurllc}
	5G Americas.
	\emph{NEW SERVICES \& APPLICATIONS WITH 5G ULTRA-RELIABLE LOW LATENCY COMMUNICATIONS [pdf]}
	2018, 2019-9
	Avaible at:
	{\small \url{https://5gamericas.org/wp-content/uploads/2019/07/5G_Americas_URLLLC_White_Paper_Final__updateJW.pdf} }

\bibitem{5gamericav2v}
	5G Americas.
	\emph{The Road Ahead For 5G Cellular Vehicle-to-Everything [online]}
	2021-9-15
	Avaible at:
	{\small \url{https://www.5gamericas.org/the-road-ahead-for-5g-cellular-vehicle-to-everything/} }

\bibitem{nrf91desc}
	Nordic Semiconductor.
	\emph{nRF9160 cellular IoT System-in-Package Product-Brief [pdf]}
	2019
	Avaible at:
	{\small \url{https://www.nordicsemi.com/-/media/Software-and-other-downloads/Product-Briefs/nRF9160-SiP-product-brief.pdf} }

\bibitem{rm520ndatasheet}
	Quectel.
	\emph{RM520N-GL Hardware Design [pdf]}
	2022-07-15
	Avaible at:
	{\small \url{https://forums.quectel.com/uploads/short-url/1zkjPRnxF5BZ2woox386baCZx4g.pdf} }

\bibitem{nrf9160cert}
	Nordic semiconductor.
	\emph{nRF91 Series certifications [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{\small \url{https://www.nordicsemi.com/Products/Wireless/Low-power-cellular-IoT/nRF91-Series-certifications/nRF9160-Global-and-regulatory} }

\bibitem{armtrustzone}
	ARM Ltd.
	\emph{TECHNOLOGIES - TrustZone for Cortex-M [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{\small \url{https://www.arm.com/technologies/trustzone-for-cortex-m} }

\bibitem{nrf91dkdesc}
	Nordic Semiconductor.
	\emph{nRF9160 DK Development kit [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{\small \url{https://www.nordicsemi.com/Products/Development-hardware/nrf9160-dk} }

\bibitem{thingydesc}.
	Nordic Semiconductor.
	\emph{Nordic Thingy:91 Cellular IoT prototyping platform [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.nordicsemi.com/Products/Development-hardware/Nordic-Thingy-91} }

\bibitem{nimbelinkdesc}.
	Airgain.
	\emph{NimbeLink Nano Global LTE-M [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.airgain.com/products/4g-lte-m-skywire-nano/} }

\bibitem{ln60desc}.
	Fanstel.
	\emph{LN60E, LTE-M, NB-IoT module, M.2 connector [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.fanstel.com/buy/bt840f-v1-nrf52840-bluetooth-5-thread-zigbee-module-by45z-8ypje} }


\bibitem{pebbledesc}
	IoTeX.
	\emph{Pebble Tracker A secure, battery-operated, blockchain-ready, cellular-IoT prototyping platform based on the nRF91 [online]}
	2022 [cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.crowdsupply.com/iotex/pebble-tracker} }

\bibitem{icarusdesc}.
	Actinius.
	\emph{Icarus SoM [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.actinius.com/icarus-som} }

\bibitem{icarusbeedesc}.
	Actinius.
	\emph{Icarus Bee (nRF9160) [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.actinius.com/icarus-bee} }

\bibitem{icarusiotdesc}.
	Actinius.
	\emph{Icarus IoT Board v2 [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.actinius.com/icarus} }

\bibitem{featherdesc}.
	CircuitDojo.
	\emph{nRF9160 Feather (v5) [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.circuitdojo.com/products/nrf9160-feather} }

\bibitem{sparkfundesc}.
	SparkFun.
	\emph{SparkFun Thing Plus - nRF9160 [online]}
	[cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.sparkfun.com/products/17354} }

\bibitem{connexiodesc}.
	Conexio.
	\emph{Conexio Stratus - A tiny, powerful, versatile cellular-IoT prototyping platform with out-of-the-box connectivity [online]}
	2022, [cited~on~2023-12-27]
	Avaible at:
	{ \small \url{https://www.crowdsupply.com/conexio/stratus} }

\bibitem{waveshare1}
	Waveshare.
	\emph{Quectel RM520N-GL IoT 5G Global Band Module, 5G Sub-6G Module, M.2 Form Factor With 3GPP 5G Release 16 Specification. [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/rm520n-gl.htm]

\bibitem{waveshare2}
	Waveshare.
	\emph{Wiki - RM520N-GL [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/wiki/RM520N-GL]

\bibitem{rmdongle}
	Waveshare.
	\emph{5G DONGLE Module, quad antennas, USB3.1 port, Aluminum Alloy Heatsink, M.2 Key B Interface, Options For 5G Module [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/usb-to-m.2-b-key.htm]

\bibitem{rmpi}
	Waveshare.
	\emph{RM520N-GL 5G HAT for Raspberry Pi with Case, Quad Antennas LTE-A, Global Band, GNSS Positioning, Support 3GPP 16, 4G/3G [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/rm520n-gl-5g-hat-with-case.htm]

\bibitem{rmeth}
	Waveshare.
	\emph{5G M.2 to Gigabit Ethernet Converter, 5G M.2 to USB3.1, Aluminum Alloy Case, Wall-Mount Support, Quad Antennas, Options For 5G Module [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/5g-m.2-to-gigabit-eth.htm]

\bibitem{rmjet}
	Waveshare.
	\emph{5G/4G/3G module designed for Jetson Nano, multi mode multi band, Options for 5G Module [online]}
	[cited~on~2023-12-27]
	Avaible at:
	[https://www.waveshare.com/sim8202g-m2-5g-for-jetson-nano.htm]


\bibitem{nrf91datasheet}
	Nordic Semiconductor.
	\emph{nRF9160 Product Specification [pdf]}
	[2021-10]
	Avaible at:
	{\small \url{https://cz.mouser.com/datasheet/2/297/nRF9160_PS_v2_1-3074783.pdf} }

\bibitem{nrf91dkbrief}
	Nordic Semiconductor.
	\emph{nRF9160 Product brief [pdf]}
	[2019]
	Avaible at:
	{\small \url{https://www.nordicsemi.com/-/media/Software-and-other-downloads/Product-Briefs/nRF9160-DK-product-brief.pdf} }

\bibitem{unilabnews}
	Brno university of technology.
	\emph{In the laboratory of 5G networks at BUT it will be possible to easily test devices for smart homes, for example [online]}
	2021-05-13
	[cited~on~2023-12-27]
	Avaible at:
	{\small \url{https://www.vut.cz/en/but/news-f19528/vodafoneunilab-in-the-laboratory-of-5g-networks-at-but-it-will-be-possible-to-easily-test-devices-for-smart-homes-for-example-d212534} }

\bibitem{haldatasheet}
	Texas Instruments.
	\emph{DRV5033 Digital-Omnipolar-Switch Hall Effect Sensor [pdf]}
	2016-9
	Avaible at:
	{\small \url{https://www.ti.com/lit/ds/symlink/drv5033.pdf}}

\bibitem{tempdatasheet}
	Texas Instruments.
	\emph{LM35 Precision Centigrade Temperature Sensors [pdf]}
	2017-12
	Avaible at:
	{\small \url{https://www.ti.com/lit/ds/symlink/lm35.pdf}}

\bibitem{pirdatasheet}
	Hadson Technology.
	\emph{HC-SR501 Passive Infrared (PIR) Motion Sensor [pdf]}
	Avaible at:
	{\small \url{https://www.handsontec.com/dataspecs/SR501\%20Motion\%20Sensor.pdf}}

\bibitem{gasdatasheet}
	Pololu.
	\emph{MQ-2 Semiconductor Sensor for Combustible Gas}
	Avaible at:
	{\small \url{https://www.pololu.com/file/0J309/MQ2.pdf} }

\bibitem{statista}
	Statista.
	\emph{Number of Internet of Things (IoT) connected devices worldwide from 2019 to 2023, with forecasts from 2022 to 2030 [online]}
	2023 [cited~on~2023-12-27].
	{\small \url{https://www.statista.com/statistics/1183457/iot-connected-devices-worldwide/}}

\bibitem{gsmalpwan}
	GSMA.
		\emph{Mobile IoT in the 5G future [online]}
		2018-4
		Avaible at:
		{\small \url{https://www.ericsson.com/4ac64d/assets/local/reports-papers/5g/doc/gsma-5g-mobile-iot.pdf} }

\bibitem{nordiccompare}
	Nordic semiconductor.
	\emph{LTE-M vs NB-IoT Field Test: How Distance Affects Power Consumption [online]}
	2022-9-8 [cited~on~2023-12-27].
	Avaible at:
	{ \small \url{https://devzone.nordicsemi.com/nordic/nordic-blog/b/blog/posts/ltem-vs-nbiot-field-test-how-distance-affects-power-consumption#mcetoc_1gbn0onnva} }

\bibitem{nrfsdk}
	Nordic semiconductor.
	\emph{nRF Connect SDK [online]}
	2023 [cited~on~2023-12-27].
	Avaible at:
	{ \small \url{https://www.nordicsemi.com/Products/Development-tools/nRF-Connect-for-desktop } }

\bibitem{mqtt}
	MQTT.org
	\emph{MQTT: The Standard for IoT Messaging [online]}
	2022 [cited~on~2023-12-27].
	Avaible at:
	{\small \url{mqtt.org} }

\bibitem{nrfmqtt}
	Nordic Semiconductor.
	\emph{nRF9160: Simple MQTT [online]}
	2022 [cited~on~2023-12-27].
	Avaible at:
	{\small \url{https://developer.nordicsemi.com/nRF_Connect_SDK/doc/2.2.0/nrf/samples/nrf9160/mqtt_simple/README.html} }

\bibitem{zephyrpp}
	Zephyr Project.
	\emph{Zephyr Project Overview [pdf]}
	2023
	Avaible at:
	{\small \url{https://www.zephyrproject.org/wp-content/uploads/sites/38/2023/09/Zephyr-Overview.pdf} }

%\bibitem{sr72/2017}
%	VYSOKÉ UČENÍ TECHNICKÉ V~BRNĚ.
%	\emph{Směrnice č.\,72/2017, Úprava, odevzdávání a~zveřejňování závěrečných prací.}
%	Online. Brno: VUT v~Brně, 2017.
%	Úplné znění ke dni 11.\,4.\,2022.
%	Dostupné z:\\
%	{\small
%	\url{https://www.vut.cz/uredni-deska/vnitrni-predpisy-a-dokumenty/smernice-c-72-2017-uprava-odevzdavani-a-zverejnovani-zaverecnych-praci-d161410}.}
%	[cit.\ 2023-09-27].
%
%\bibitem{CSN_ISO_690-2022}
%    ÚŘAD PRO TECHNICKOU NORMALIZACI, METROLOGII A~STÁTNÍ ZKUŠEBNICTVÍ.
%    ČSN ISO 690:2022 (01 0197), \emph{Informace a dokumentace -- Pravidla pro bibliografické odkazy a~citace informačních zdrojů.}
%    Čtvrté vydání. Praha, 2022.
%
%\bibitem{CSN_ISO_7144-1997}
%    ÚŘAD PRO TECHNICKOU NORMALIZACI, METROLOGII A~STÁTNÍ ZKUŠEBNICTVÍ.
%    ČSN ISO 7144 (010161), \emph{Dokumentace -- Formální úprava disertací a~podobných dokumentů.}
%%    24 stran.
%    Praha, 1997.
%
%\bibitem{CSN_ISO_31-11}
%    ÚŘAD PRO TECHNICKOU NORMALIZACI, METROLOGII A~STÁTNÍ ZKUŠEBNICTVÍ.
%    ČSN ISO 31-11, \emph{Veličiny a~jednotky -- část 11: Matematické znaky a~značky používané ve fyzikálních vědách a~v~technice.}
%    Praha, 1999.
%
%\bibitem{Farkasova23:CSNISO6902022komentar}
%	FARKAŠOVÁ, B. et al.
%	\emph{Výklad normy ČSN ISO 690:2022 (01 0197) účinné od 1.\,12.\,2022}.
%	 Online. První vydání. 2023.
%	Dostupné~z:
%	\url{https://www.citace.com/Vyklad-CSN-ISO-690-2022.pdf}.
%	[cit.\,2023-09-27].
%
%\bibitem{pravidla}
%    \emph{Pravidla českého pravopisu}.
%	1.\ vydání. Olomouc: FIN, 1998.\\
%	\mbox{ISBN 80-86002-40-3}.
%
%\bibitem{Walter1999}
%	WALTER, G.\,G. a SHEN, X.
%	\emph{Wavelets and Other Orthogonal Systems}.
%	2.\,vydání, Boca Raton: Chapman\,\&\,Hall/CRC, 2000.
%	ISBN 1-58488-227-1
%
%\bibitem{Svacina1999IEEE}
%	SVAČINA, J.
%	Dispersion Characteristics of Multilayered Slotlines -- a Simple Approach.
%	\emph{IEEE Transactions on Microwave Theory and Techniques}.
%	1999, vol.\,47, no.\,9, s.\,1826--1829. ISSN 0018-9480.
%
%\bibitem{RajmicSysel2002}
%    RAJMIC, P. a SYSEL, P.
%    Wavelet Spectrum Thresholding Rules.
%    In: \emph{Proceedings of the International Conference Research in Telecommunication Technology}.
%    Žilina: Žilina University, 2002. s.\,60--63. ISBN 80-7100-991-1.
%
\end{thebibliography}
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