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Collection of Sensor Data into Cloud
Záhorský, Matej ; Musil, Petr (oponent) ; Nosko, Svetozár (vedoucí práce)
The primary objective of this thesis is data collection from selected sensors to a remote Cloud with the use of STM32MP1. The first part of this thesis includes theory about data collection options, their cryptographic security and functions of the given microcontroller. The second part is about design and implementation of proper software solution for effective and secure data collection from specific sensors. A thorough assessment of this particular solution is described in the last part, which includes cryptographic signing performance in a real world application.
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Effective management of building technologies with a focus on measuring humidity and CO2 concentration
Bučko, Ondrej ; Bátora, Branislav (oponent) ; Janík, Daniel (vedoucí práce)
The diploma thesis deals with automated measurement of humidity and CO2 concentration inside buildings. Results of this measurement form the input parameters for the effective management of technologies reducing the energy performance of buildings. In the introduction, the issue of indoor air quality of buildings and indicators characterizing this quality are approached. The technical part of the thesis consists of making a measuring device which contains two prototype sensors provided by Teco Inc. with online access to measured data. The measurement of relative humidity, CO2 concentration and temperature in the interior of the building with the made device is compared with commercially available devices for measuring selected parameters. For unambiguous interpretation of online data, the virtual machine with an online database is configured for the created measuring device. The possibilities of using the prepared measuring device to achieve a reduction in the energy performance of buildings are discussed in the final part.
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Internet of Things
Piškula, David ; Nosko, Svetozár (oponent) ; Musil, Petr (vedoucí práce)
Tato práce se zabývá Internetem věcí a některými z jeho nejdůležitějších problémů. Mezi ně patří příliš velká závislost na Cloudu a chybějící autonomie, slabé zabezpečení a soukromí, komplikovaná inicializace a spotřeba energie. Práce má za cíl implementovat komplexní IoT systém, který řeší tyto diskutované problémy. Projekt vznikl ve spolupráci s firmou NXP Semiconductors, a bude využit k prezentaci jejich technologií.
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Effective management of building technologies with a focus on measuring humidity and CO2 concentration
Bučko, Ondrej ; Bátora, Branislav (oponent) ; Janík, Daniel (vedoucí práce)
The diploma thesis deals with automated measurement of humidity and CO2 concentration inside buildings. Results of this measurement form the input parameters for the effective management of technologies reducing the energy performance of buildings. In the introduction, the issue of indoor air quality of buildings and indicators characterizing this quality are approached. The technical part of the thesis consists of making a measuring device which contains two prototype sensors provided by Teco Inc. with online access to measured data. The measurement of relative humidity, CO2 concentration and temperature in the interior of the building with the made device is compared with commercially available devices for measuring selected parameters. For unambiguous interpretation of online data, the virtual machine with an online database is configured for the created measuring device. The possibilities of using the prepared measuring device to achieve a reduction in the energy performance of buildings are discussed in the final part.
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Collection of Sensor Data into Cloud
Záhorský, Matej ; Musil, Petr (oponent) ; Nosko, Svetozár (vedoucí práce)
The primary objective of this thesis is data collection from selected sensors to a remote Cloud with the use of STM32MP1. The first part of this thesis includes theory about data collection options, their cryptographic security and functions of the given microcontroller. The second part is about design and implementation of proper software solution for effective and secure data collection from specific sensors. A thorough assessment of this particular solution is described in the last part, which includes cryptographic signing performance in a real world application.
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Internet of Things
Piškula, David ; Nosko, Svetozár (oponent) ; Musil, Petr (vedoucí práce)
Tato práce se zabývá Internetem věcí a některými z jeho nejdůležitějších problémů. Mezi ně patří příliš velká závislost na Cloudu a chybějící autonomie, slabé zabezpečení a soukromí, komplikovaná inicializace a spotřeba energie. Práce má za cíl implementovat komplexní IoT systém, který řeší tyto diskutované problémy. Projekt vznikl ve spolupráci s firmou NXP Semiconductors, a bude využit k prezentaci jejich technologií.
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