This diploma thesis is focused on increasing Smart Home Control System security in terms of information, network and physical security. It is based on a risk analysis of the current state of applied security management and the needs of the house owner. Both security countermeasure and cost analysis are thoroughly discussed, and the thesis also contains methodology, which describes the management of smart home security and improvement of end-user security awareness.

The first part deals with the issue of intelligent electrical installations. It describes the types and their advantages and disadvantages. It deals in detail with the wireless system iNELS RF Control, which was developed by ELKO EP s.r.o. It describes the principles of communication and selected elements of the system. It also discusses the Android platform and its capabilities. Another part consists of requirements analysis and application design for control of the system iNELS RF Control. Application design consists of used architecture model, description of communication, database model and application logic’s model. The fourth part describes the implementation of applications, including the technology, development tools and system components. It contains a description of the final application parts. The fifth section deals with testing of the application. It contains methods, tools and techniques. The conclusion contains appreciation of the work and achievements.

The aim of this diploma thesis is to compile a demonstration panel as an example of the functions of intelligent electrical installation KNX. One of the advantages of this system bus is the ability to use devices from multiple manufacturers. A total of 20 devices from 12 different manufacturers are used in this work. The work begins with an explanation of the principle on which the KNX system bus works, followed by a description of the equipment used and the electrical connection of the switchboard according to the wiring diagram. Next, how the whole panel was revived is described. The next chapter contains a detailed description of device programming in ETS, ie setting parameters for individual devices and assigning group addresses. The last chapter deals with visualization and remote control. It explains how a communication channel was created to connect the panel to a server from FlowBox. Using the web interface on this server, a visualization was created, which can be used to remotely control the entire panel from anywhere.

The thesis deals with the development of systems for intelligent building, focused on wiring system, division of them and comparison of their differences. The advantages of these systems like comfort, energy reduction, etc. are also mentioned. Nowadays several standards of systems for intelligent building exist as KNX/EIB or LON, therefore thesis concerns to trade-off these standards too. Main part of the thesis is focused on system Egon made by company ABB where the system concept as well as bus modules are described that allow different functions, mutual connection of modules and their programming. Tutorial panel with ABB Ego-n wiring system, which will be used for study purpose, is designed in the practical part of the work. It includes scheme of the panel, electric linkage of components and photographs of constructed panel as documentation. In the final part of the work two examples of laboratory exercise for installation and setting are listed, including programming description.

This Master's thesis deals with intelligent installation systems, focused on lighting systems using the DALI bus system. Theoretical part of this work includes a list of currently available intelligent installation systems and its use in both households and industrial buildings. A summarizing description of KNX and DALI bus systems and their actuators and actuating units are a part of this paper. The practical part proposes two examplary boards designed for laboratories of UEEN VUT in Brno and describes its construction, as well as the programs necessary for its programming, control and monitoring. The outcome of this Master's thesis is a survey of possible remote control of DALI bus system's actuators and mutual compatibility of KNX and DALI bus systems. Furthermore, this paper includes background material for laboratory task, based on data found about remote control and DALI bus system's monitoring.

This masters thesis deals with inteligent home electroinstallation which can distinctly decrease operating costs and make the house management much more easier. In this thesis will be described basic principles of data transfer, topology, instalation options and functions of particular units. Moreover there will be described systems and properities of solutions from the best known producers and suppliers of inteligent electroinstalations. The practical part describes the design house wiring system installation using Ego-n a solution using wireless installation Xcomfort.

This diploma thesis was created as a support for Building automation course, at the Institute of Automation and Computer Science of the Faculty of Mechanical Engineering at Brno University of Technology. The aim of this diploma thesis is to get acquainted with elements of intelligent electrical ABB i-bus® KNX/EIB and create tasks suitable for laboratory teaching. Subsequently, use the communication module DataLab IF/EIB to connect KNX/EIB with Control Web system and create in this environment visualization of the status of these devices. Furthermore, using the communication module CM EIB/KNX to connect KNX/EIB with the programmable controller LOGO! and create additional laboratory task.

This masther's thesis aims at familiarization with the development of mobile application that can control intelligent electrical installation iNELS and its multimedia superstructure iMM. The thesis also describes the common development for the iOS platform and explore the possibility of communication with both controlled systems. Two important communication protocols will be described - EPSNET and XML-RPC. The resulting product is evaluated at the end and its behavior in full operation is described too.

This diploma thesis concerns with problematic of modern intelligent wiring systems in buildings, meanwhile presents their advantages against old classical wiring systems. Also deals with utilization and properties of modern components for regulation, switching and light controlling. The first part deals with light sources and possible ways how to control the power of individual luminary sources. The second part discuss about utilization of radio-frequency systems in new buildings and also in reconstructions. In the next part is described a possibility of bus system for controlling building illumination scope with focusing to control system Nikobus. The last part is concerned on technical-economical evaluation of intelligent wiring systems by various manufacturers according to specific requirements.

This thesis is focused on development of small company by elaboration of business plan for the future development of the company. The thesis will be used as a guide for succesfull conversion from sole proprietorship to corporation business. The company Zdeněk Kázmér works in area of wiring systems and locksmithery. Whole strategy was build on the concept of real situation of the company. It reacts on found deficiencies and opportunities of future development.