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Design and Implementation of Smart Home for Camper Van
Václavík, Marek ; Kulheim, Jaroslav (referee) ; Dydowicz, Petr (advisor)
This thesis focuses on the design and development of a smart home system for a specialized residential van environment. This thesis includes the theoretical background, analysis of the assignment and the current situation of the company and the design of the resulting system. The design of this system is created by considering the requirements of the assigning company and the information obtained through the analysis. For these reasons, the final system is based on the open-source platform Home Assistant.
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Home automation on the Arduino platform using the cloud
Hadaš, Jakub ; Poliščuk, Radek (referee) ; Holoubek, Tomáš (advisor)
The aim of this bachelor thesis is to design a smart home where the individual components are controlled by a single board computer, namely Arduino and ESP8266. The whole system can be controlled and monitored via the cloud through a mobile application. The theoretical part provides an insight into the Arduino single board computer and its features, smart home principles and communication protocols for smart home. The practical part includes the implementation of the individual components and the creation of a functional model of the home that effectively demonstrates the control and management process, with the ability to monitor and control the system remotely via a mobile app.
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Motionless Presence Detection of Humans
Szabó, Tomáš ; Dolejška, Daniel (referee) ; Pluskal, Jan (advisor)
Tato práce má za účelem nalezení generického řešení pro implementaci detekce osob v chytré domácnosti. Jednoduchá implementace za pomoci PIR sensorů je sice efektivní, ale při delší nečinnosti v místnosti jako práce na počítači nebo sledování televize není šance detekce změny v prostoru. Díky radaru fungujícím na bázi milimetrových vln jsme schopni říct zda osoba v místnosti skutečně pořád je. Existující komerční řešení je drahé a pro některé kouty světa nedostupné, jelikož produkt v dané zemi nemusí být povolen k prodeji. Řešením je implementace radaru tak, aby mohl fungovat jako samostatná jednotka v propojení s vývojovou sestavou, tak jako jedinec v rámci množiny senzorů. Jako testovací prostředí je vybráno prostředí NES@FIT pro rozsvícení světel při detekci osoby v mistnosti, kde je realizace prozatím řešena PIR senzory.
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Multisensor Module for Raspberry Pi Zero
Kažimír, Miroslav ; Rozman, Jaroslav (referee) ; Janoušek, Vladimír (advisor)
This work deals with the issue of distributed control systems in home automation. It focuses on open systems and the possibilities of expanding them with new devices with sufficiently universal use. The solution lies in the design of multi-sensor devices that would cover several functions required by such systems. This work includes the creation of a room monitor in the form of an add-on module for the Raspberry Pi Zero computer and a modular wall switch using the ESP32 platform. The benefits of this work are new open devices with the potential for further expansion with additional modules.
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Smart house in 2020
Tvrdý, Radek ; Prinz, František (referee) ; Mauder, Tomáš (advisor)
This bachelor thesis deals with smart home technology. The work is divided into research and design parts. The research part presents technologies of smart houses, their divisions, functions and possibilities of solving these problematics. The emphasis is placed on the energy concept of the house, especially the use of renewable energy sources and systems for treatment of the indoor environment. In the second part, based on previous research, a smart home design is created.
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Smart Home Implementation by Means of Eclipse IoT
Heřman, Kristián ; Rozman, Jaroslav (referee) ; Janoušek, Vladimír (advisor)
The aim of this work is to design Smart Home control application by means of Eclipse IoT, its assembly and comparison with the standard control application. Reference application is realized by a combination of Node-Red and Home Assistant applications. However, the reference application will overcome the proposed solution both in practical usability and user-friendliness.
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Home automation
Taufer, Pavel ; Mareš, Martin (advisor) ; Ježek, Pavel (referee)
We design an unified system for home management and monitoring -- for example controlling lights, thermostat, roller blinds, etc. We research various methods of communication with devices used in home automation. We design an unified interface for communication with said devices independent on specific hardware. Then we implement the designed abstraction, a set of specific automation software and a graphical user interface. Powered by TCPDF (www.tcpdf.org)
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IoT sensor for house plant
Schweidler, Daniel ; Dobrovský, Ladislav (referee) ; Šoustek, Petr (advisor)
The aim of this bachelor’s thesis is to compile research about prepared house plant sensors, to get familiar with the Arduino platform and with its aid suggest an own IoT device for collecting and transmitting values related to successful growing of plants. The designed sensor enables growers to measure ambient temperature, humidity and soil moisture and temperature. Another output from itself is a level of battery charge. Then all these data are transmitted by Wi-Fi by dint of communication protocol MQTT to the web interface ThingSpeak, so that they can be easily displayed, e. g. in a mobile phone.
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Model-Based Design of Smart Home Control
Čada, Roman ; Rozman, Jaroslav (referee) ; Janoušek, Vladimír (advisor)
This work deals with model-based design of Smart Home control and implementation of this system. The goal is to create a model that serves as a design and according to this model implement the system. Model-based programming tools do this well. The work first describes the model-based design, the modeling languages that are used to create such a design and the technologies that are used in Smart Home. Based on this knowledge, the model is created as a design using the SysML modeling language and then this design is implemented using PowerDEVS and Node-RED.
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