The diploma thesis is focused on the logistics concept in a selected company, which deals with the production of air conditioners. The theoretical part clarifies the basic concepts and issues related to logistics, material flows, warehousing, and inventory. The practical part introduces the company, performer individual analyzes and created research. Based on this analytical part, proposals are derived for optimization and changes in the logistics area, which will help improve the management of distribution, but also warehousing in a selected manufacturing company.

Time-resolved spectroscopy is a modern method enabling the analysis of the dynamics of quantum luminescence transitions. This method uses ultra-fast light pulses to study materials, which makes it possible to observe the time evolution of luminescence quenching and thus provides additional information for static absorption and emission spectroscopy. This diploma thesis deals with the automation of the optical setup used in the Optical and Plasmonic Laboratory at Ceitec Nano for performing time-resolved spectroscopy. As part of the work, an application was created enabling communication with 13 devices used in the laboratory. The application automates already performed measurements, and in addition enables the scanning of samples, which was not possible due to time constraints due to the manual control of the stage movement. At the end of the work, test measurements are performed, with a discussion of their effectiveness and time savings for the user.

This Master’s thesis deals with the introduction of the testing process into the information department of IREKS ENTYMA s.r.o. In this thesis is firstly introduced the theoretical foundation necessary for the understanding of this topic and subsequently is analysed the current state of the company with an emphasis on the software testing. The third part of the thesis focuses on the selection of the testing automation and its implementation, which is described using the techniques of project management.

The automation of buildings mainly in the large and office buildings is very discussed issue in nowadays time. The advantages of automated buildings fundamentally consist in the lowering of the operation costs, more safety and the protection of property. The building can be monitored and controlled towards the proceeding processes and states. It is able to use local or remote monitoring and controlling. More comfortable controlling is next important factor. This thesis describes European installation bus EIB and its communication with visualization a control system called Control Web. Control Web communicates with the electronic security system Galaxy for complete monitoring of the whole building. The complex system ensues by the mutual link of these technologies. It is possible to lower effectively the total costs for the business among other things. The result of this project is the developed application in the system Control Web 6, which is used in the building of the company ATX, ltd. in Žďár nad Sázavou. The Visualization is targeted in the two dimensional view and 3D view, which is used very often today. Web representation is used as well because web browser is part of the every operating system. The integral part of visualization is process automatic control.

Tato diplomová práce se zabývá systémem automatizace domácnosti umožňujícím ovládání domácích spotřebičů prostřednictvím běžné televize. Systém využívá standardu X10 a bezdrátové technologie ZigBee. Řídicí software staví na OS GNU/Linux a systému domácího kina MythTV. V rámci této diplomové práce byla vyvinuta aplikace zprostředkující komunikaci mezi MythTV a hardwarem. Modulární koncept postavený na dynamicky zaváděných modulech dělá tuto aplikaci snadno rozšiřitelnou a použitelnou i mimo předkládaný automatizační systém. Za účelem testování a demonstrace funkčnosti byl dále navržen bezdrátový teploměr a převodník VGA na SCART.

This thesis summarizes the basic theoretical knowledge on the problems of controlling the small hydro power plants. Briefly lists the basic requirements for the control system and provides an overview of the available automation systems. The main part of the thesis describes the requirements for the control system and its specific design based on the Unitronics PLC.

The work deals with the design of the control electronics for measuring set-up for elemental composition analysis using remote LIBS techniques. The electronics is designed in modular way for light interchangeability and variability. It consists of several separate plug-ins; each plug-in solves its part of the problem and communicates with others over the I2C bus. The work describes the basic components and concepts; a special care is taken to describe the modules for stepper motors control and for communication with focusing lens from Canon company.

This thesis describes the design and following fabrication and putting into service of the control system for brewhouse of home nanobrewery. Power electronics is adapted to previously purchased brewery equipment. For controller are given possibilities of using available solutions. Subsequently is made own controller design. Follows a software design for manual control of individual parts nanobrewery and automating some processes.

This master's thesis is based on automated web applications testing with freeware instrument utilization developed under Google code project. It is called Selenium webdriver and become very popular during last years. Selenium webdriver is frequently used for web pages automation. Indisputable advantages of this solution are low entry cost, selenium is broadly used and also live community around that instrument with many useful informations. Main goal of this thesis is creation of automation framework created by Java programming language. This final framework will integrate Selenium webdriver and guarantee easy creation of testing scenarios. Because of this goal is placed mainly on separation of web page programmatic description and description of testing scenario.

Continual raise of data and information amount requires more sophisticated methods and procedures for their processing. The complexity of information systems and their specialized components increases with the volume of processed data. Applications for business process management support and for capacity and efficiency improving have formed a few basic categories for that this terminology becomes common: Business Process Management, Enterprise Content Management and Document Management System. These systems are known in commercial sphere and also in civil service and is used in many corporations. Diploma thesis focuses on the discovery of real situation how these systems are used at universities where they are applied very slowly. The aim of the thesis is to formulate recommendation for implementation of these systems in environment of The Brno University of Technology as a project study.