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	Sběr a analýza dat z inteligentního včelího úlu ŠIRHAL, Lukáš This thesis deals with creating hardware and software equipment of intelligent beehive for data collection purpose. Measurement characteristics are temperature, humidity, weight of beehive and audio record of bees. They are measured by available IoT technology. They are simple single-chip component with a clear focus. This thesis also include creation of software for measurements this characteristics and communications with server. The software featured of the remote server are also documented. This software analyze incoming measurement and also provides their displays. Software in this thesis is developed in language Python. Detailed record
	Measurement unit for monitoring of refraction index of air Hucl, Václav ; Beneš, Petr (referee) ; Havránek, Zdeněk (advisor) First part of this work is focused on the description exist methods for measuring refraction index of air. Second part deal with concrete problem realization measurement unit for monitoring of refraction index of air. Refraction index of air is measured indirect method which is based on a modified Edlen formula. Detailed record
	Wireless sensoric network for hop drying facility Čapek, Lukáš ; Čech, Jakub (referee) ; Šnajdr, Václav (advisor) The purpose of this project is to build a wireless sensor network for measuring temperature and relative humidity in hop drying facility. This is a monitoring device, consists of several sensor units and one control and display unit. Display unit coordinates a whole network and can display data on LCD or download collected data to PC. Sensor unit measures a relative humidity, temperature, battery voltage and transmits data to display unit. Units contain a transceiver which operates in ISM band 868 MHz. Circuits are driven by 8-bits microcontroller Freescale. Detailed record
	Sensory array for home automation Bastl, Michal ; Lamberský, Vojtěch (referee) ; Vejlupek, Josef (advisor) Bachelor thesis Sensory array for home automation describes the design of a simple system for measuring air temperature, relative humidity and light levels in the room. The aim is to design measuring units which will be able to communicate with the parent unit through the RS-485 fieldbus. Parent unit will be designed to allow the transfer of data to PC via the USB bus. Detailed record
	Sensor and control system design for temperature chamber Kalachová, Alena ; Andrš, Ondřej (referee) ; Houška, Pavel (advisor) Bachelor thesis describes the design of sensors and control temperature chamber with a working range of -20 to 100 ° C for testing the operation of electronics with the required accuracy of ± 2 ° C. As an actuator for heating and cooling chamber was selected Peltier. Suitable temperature and humidity sensors were designed according to requirements. Detailed record
	Double layer humidity sensor based on phthalocyanine derivatives Rakušan, J. ; Karásková, M. ; Hamáček, A. ; Řeboun, J. ; Kubáč, L. ; Černý, J. ; Rais, David ; Nešpůrek, Stanislav New type of humidity sensors based on double layer structure consisting of hydrophilic and hydrophobic phthalocyanine derivatives is presented. The sensor shows high sensitivity in the range from 20 to 90 % relative humidity (RH), good long-time stability and fast response. The impedance change vs. RH is quasi-linear in semilogarithmic plot and fully reversible. Detailed record
	Humidity sensor based on TiO2 nanoparticles and sodium salt of sulfonated AlOH phthalocyanine Rakušan, J. ; Karásková, M. ; Hamáček, A. ; Řeboun, J. ; Rais, David ; Nešpůrek, Stanislav New type of humidity sensor based on TiO2 nanoparticles and sodium salt of sulfonated AlOH phthalocyanine is presented. The sensor shows high sensitivity due to the high surface area of TiO2 nanoparticles, good long-time stability and sensitivity in the range from 20 to 80 % RH. The response is linear in semilogarithmic plot – logarithm of impedance vs. RH and fully reversible. Detailed record
	Sensorické vlastnosti rozpustných ftalocyaninů Severová, K. ; Weiter, M. ; Nešpůrek, Stanislav Soluble phthalocyanine is suitable material for the preparation of humidity sensors. Thin films can be prepared from solution by casting or spin coating. Optical spectrum shows two main maxima located at 350 nm and 680 nm. Two additional weak bands with maxima located at 610 and 640 nm result from V vibrations and dimer formation, respectively. Detailed record

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