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Collection of measurement and control data
Podolský, Ondřej ; Jirgl, Miroslav (referee) ; Štohl, Radek (advisor)
The semester thesis outlines the idea of the concept of intelligent building and related technologies. The first section describes the devices used in the field of intelligent installations in particular selected communication protocols and bus. In the next section there are some examples of systems from different manufacturer and the most detailed herein descripted system is Honeywell’s system built on NiagaraAX Framework because the practical part of the work is implemented using this system. The last part describes creation process of data visualization and storage obtained from intelligent building of Faculty of Electrical Engineering and Communication.
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High-speed Networks in Household
Rosenberg, Michal ; Mačák, Jaromír (referee) ; Škorpil, Vladislav (advisor)
The master thesis discusses about the relation between high-speed networks and intelligent system installation features and possibilities of this mutual interaction. Furthermore principles of KNX bus tunneling through IP networks are theoretically analyzed (KNXnet/IP). Practical use of implements KNXnet/IP shows real elements on the test panel. The control is realized by KNX@Home in the Ubuntu environment. Simulation of the real state tunneling KNX bus represent model in Opnet Modeler, which shows how the delays may change due to network load.
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Control of light sources in an intelligent installation
Kurzępa, Marek ; Huzlík, Rostislav (referee) ; Veselka, František (advisor)
This bachelor thesis focuses on the problem of the use of the intelligent installation, particularly the KNX system. The first section compares the concept of the classical and the smart installation. This comparison is later followed by a model example of the proposed solution of the control of lighting in a three storey house, especially in terms of the employed devices and their approximate price calculations. Further is introduced the principle of the function of the system KNX bus type TP1. The main aim of this work is the design and the implementation of the educational panel, familiarization with the software tool ETS4 and the presentation of its tools for the diagnosis of system KNX installation.
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Collection of measurement and control data
Podolský, Ondřej ; Jirgl, Miroslav (referee) ; Štohl, Radek (advisor)
The semester thesis outlines the idea of the concept of intelligent building and related technologies. The first section describes the devices used in the field of intelligent installations in particular selected communication protocols and bus. In the next section there are some examples of systems from different manufacturer and the most detailed herein descripted system is Honeywell’s system built on NiagaraAX Framework because the practical part of the work is implemented using this system. The last part describes creation process of data visualization and storage obtained from intelligent building of Faculty of Electrical Engineering and Communication.
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Control of light sources in an intelligent installation
Kurzępa, Marek ; Huzlík, Rostislav (referee) ; Veselka, František (advisor)
This bachelor thesis focuses on the problem of the use of the intelligent installation, particularly the KNX system. The first section compares the concept of the classical and the smart installation. This comparison is later followed by a model example of the proposed solution of the control of lighting in a three storey house, especially in terms of the employed devices and their approximate price calculations. Further is introduced the principle of the function of the system KNX bus type TP1. The main aim of this work is the design and the implementation of the educational panel, familiarization with the software tool ETS4 and the presentation of its tools for the diagnosis of system KNX installation.
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High-speed Networks in Household
Rosenberg, Michal ; Mačák, Jaromír (referee) ; Škorpil, Vladislav (advisor)
The master thesis discusses about the relation between high-speed networks and intelligent system installation features and possibilities of this mutual interaction. Furthermore principles of KNX bus tunneling through IP networks are theoretically analyzed (KNXnet/IP). Practical use of implements KNXnet/IP shows real elements on the test panel. The control is realized by KNX@Home in the Ubuntu environment. Simulation of the real state tunneling KNX bus represent model in Opnet Modeler, which shows how the delays may change due to network load.
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Modern wiring in houses
PUMPR, Jan
This thesis presents a proposal for a modern intelligent wiring in Mansion-House in the tutorial panel, including basic programming elements of the system. Summarizes the basic kinds of protections of the living and non-living parts of the electrical equipment.
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