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FLATcon system – flat control system with RF communication
Krivoklatský, Filip ; Arm, Jakub (referee) ; Bradáč, Zdeněk (advisor)
This bachelor’s thesis discusses solutions of smart houses. It presents some of the available solutions on market and points out its positives and negatives. The thesis itself focuses on solutions which support wireless communication. Subsequently, the design of custom solution named FLATcon is being proposed. It includes designing of central unit, which is the main part of the system. First, the hardware part is being designed. Base of this is minicomputer Raspberry Pi 3 B with necessary inputs and outputs. Uninterruptible power supply and wireless communication interface are also part of the design. Subsequently, thesis focuses on control software design and on user interface in form of web server. At the end of this thesis, achieved results are presented.
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Using Raspberry Pi as a base for Apple HomeKit
Stibor, Tomáš ; Luc, Ladislav (advisor) ; Veber, Jaromír (referee)
This bachelor thesis is about creating own base for technology called Apple HomeKit. The first part of thesis is about introducing and presenting minicomputer Raspberry Pi, platform Apple HomeKit, platform Arduino and communication protocol MQTT. In the next part there is description about how to set and install Raspberry Pi as a common user. The phase part is about description how to install and set required software on Raspberry Pi. There is an information about setting and programming own sensors (thermometer and humidity sensor) and how to add our base with these sensors into the iOS application called Home. Costs overview is included in this part too.
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FLATcon system – flat control system with RF communication
Krivoklatský, Filip ; Arm, Jakub (referee) ; Bradáč, Zdeněk (advisor)
This bachelor’s thesis discusses solutions of smart houses. It presents some of the available solutions on market and points out its positives and negatives. The thesis itself focuses on solutions which support wireless communication. Subsequently, the design of custom solution named FLATcon is being proposed. It includes designing of central unit, which is the main part of the system. First, the hardware part is being designed. Base of this is minicomputer Raspberry Pi 3 B with necessary inputs and outputs. Uninterruptible power supply and wireless communication interface are also part of the design. Subsequently, thesis focuses on control software design and on user interface in form of web server. At the end of this thesis, achieved results are presented.
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