Brokešová K. The role of sales staff in building customer relationship to selected type of stores. Diploma thesis. Brno, 2014. This thesis focuses on how customers perceive the role of the sales staff when buying clothes and electronics and their requirements for costumer-orientated service. High competitive clothing and electronics markets show low level of customer loyalty. The aim of this study was to define the factors building or threatening the loyalty of customer against selected stores by using selling staff. Data were collected through quantitative and qualitative research which should confirm or refute already made researches on this issue and also to supplement information on the basis of which appropriate recommendations were designed to solve the issue.

The content of the thesis is to familiarize students with module PLC Siemens LOGO! and its practical use in teaching courses in the subjects as automation, electro-nics and mechatronics at vocational secondary schools. The content is focused on the basic description of the development and graphical environment and its use in practical problems solving. In the practical part of the proposals there are worksheets for pupils with the design of pupils´ simple tasks. After studying this text and the compilation of practical problems, the student should be capable of independent operation with module PLC Siemens LOGO! and implementation of complex applications.

This thesis aims to explain the evolution and transformation of the microchip industry. It focuses on the changes and prediction of the future state including its causes and consequences. The analysis starts on the general description of the market and continues through its subjects ending on relationships between them. This serves as a source of information to the prediction in the final part of the thesis. In the beginning the products, which are taken into consideration in this work (namely CPUs, GPUs and APUs), are described. Following this, there is an analysis of the competition environment that defines a structure of the market upon which further work is based. (Three levels; the manufacturer of photolithographic machines, makers of the chips and their designers and OEM and aftermarket subjects.) The penultimate part defines the barriers to entry to this market and three categories are drawn up: economic, technical and geoeconomic, which are applied to every level of the market. Thus all prerequisites to a successful prediction are satisfied. In the last part of the thesis the prognosis is made and defined, along with its assumptions and limitations. In the concluding part of this work the consequences and results are summarized.

The house in which the family live, should be built for the specific lifestyle residents and respond intelligently to their current and changing needs. Nowadays there are some new buildings that have such requirements partially resolved. The proposed project is based on the situation of families living in older buildings that no longer complies with their needs. Therefore they are considering home reconstruction to transform house into so-called "smart" house or apartment. The project deals with the functioning of modern living that reflects the lifestyle and how to be a house or flat is used. It takes into account the location of individual system components (control and regulation elements, controls, cameras, sensors, audio-visual equipment, etc.), and their interconnection to the selected specific component types that are in keeping with the style and interior design. The work is based on the description of the ideal smart home functionality to create smart design solutions of selected house based on currently available technologies. Detailed design is developed using available technology to control home appliances.

Organická elektronika je dynamické, rychle se rozvíjející odvětví. Studium nových materiálů pro organickou elektroniku je důležitým úkolem jak z hlediska výkonnosti budoucích zařízení a ekonomičnosti procesů, tak z hlediska vlivu jejich používání na životní prostředí. Deriváty diketopyrrolopyrrolu patří mezi zajímavé materiály, které jsou v posledních letech studovány s ohledem na využití v organické elektronice. Dizertační práce je zaměřena na studium těchto materiálů a jejich jak optickou, tak i elektrickou charakterizaci. Součástí je také zhodnocení jejich potenciální aplikace v organické elektronice a návrhy optimalizace jejich výkonu. Teoretická část práce popisuje současný stav na poli organické elektroniky zaměřený na materiály na bázi diketopyrrolopyrrolu. Následující výsledková část shrnuje podstatné výsledky práce a obsahuje stručný úvod k přiloženým publikacím, včetně zhodnocení vlastního přínosu autora k jednotlivým publikacím. Výsledková část dále sestává z 6 vědeckých publikací, které jsou nedílnou součástí této práce a jsou tematicky propojeny v oblasti organické elektroniky, nových materiálů na bázi diketopyrrolopyrrolu a jejich aplikací. Z formálního hlediska je práce na základě čl. 42 odstavce 1b Studijního a zkušebního řádu VUT koncipovaná jako tematicky uspořádaný soubor uveřejněných prací a prací přijatých k publikaci.

This graduation thesis deals with a software design of burglar alarm. The software has been developed in compliance with the applicable standards and regulations governing burglar alarm designs and on the basis of practical experience with designing and implementing electronic security systems. The software is written in C# and uses .NET platform. On the ground of that, this software can be run on any computer with the Windows operation system. Any ground plan picture file can be used as the underlying project map on which all the object security system can be built. It makes it possible to produce both wire and wireless electronic security systems. The software includes an editable database of components and conductors used in the electronic security alarms. The database components can be created, edited and deleted through the software. The database has been saved in format XML. The software also includes a folder of picture files containing photographs of the components and schematic symbols used in the software. You use a mouse to drag and drop individual components into the ground plan picture, where they are well arranged in a tree structure. The components can be interconnected by a conductor, which enables creation of a precise design of the electronic security system of the object. The software output includes drawings, bills of material and pricing. As for the space components, you can graphically display their range and thus visually confirm the design. The software includes automatic design verification. There, you can verify whether the right components have been used and whether the designed conductor lengths are acceptable, whether they correspond with the system load, and whether the voltage drops on the conductors do not exceed the permitted limit. The software has been developed for all electronic security system designers and for engineers attending to these problems.

This thessis deals with the realization options of automatic measuring device for infrared sensors used in sanitary electronic. The device is designed to work automatically and save all measured data to ERP system.

This thesis deals with design and use of manipuilator with three degrees of freedom. The main objective is to develop appropriate educational platform. Firstly, it deals with definition of the goals and design method based on kinematic and dynamic models. Another section is dedicated to the design and implementation of the electronics needed for the safe and reliable operation of the manipulator as a educational platform. The last part deals with the use of manipulator together with additional sensors as well as vision system. The result is a demonstration of tasks use of manipulator. Example of use of this educational platform is implemented in a few demonstration tasks.

Master thesis deals with topic about 3D printers, concretely making hardware of control and power electronic for FDM 3D printer. The work could offer an overview about basic 3D printing technologies after reading. More information could be read about FDM technology, which is used in our printer, also with description of all important components. The furthest is discussed about electronic drives. If reader is interested in this topic, part of this thesis is schematic design of control electronics, which can be used to build own boards. Design of printed circuit boards is not present in attachment and can be obtained by contacting the author. For own control is used one of the open source control software. Mechanical problems and also mechanical design is done in parallel thesis by other student of Faculty of mechanical engineering.

This diploma thesis describes organic pigments of diketopyrrolopyrroles (DDPs) possessing properties applicable in attractive and perspective areas of organic electronics and photonics. The modification of the DPP skeleton was performed by nucleophilic substitution by various alkyl chains and 5 series of DPP derivatives were prepared. The regioselectivity of N-alkylation and also the photophysical properties of the prepared derivatives were studied. A key product of this work is the N,N'-ethyladamantyl derivative of DPP, which exhibited ambipolar characteristic with excellent electron mobility of 0.2 cm2 V–1 s–1. Further, the -conjugation of the above-mentioned DPP derivative was extended by 1 and 2 thiophene units at positions 3,6 and the effect of this modification on optical properties of the resulting derivatives was investigated. A new modified N,N'-unsubstituted DPP derivative was also prepared. The last point of this thesis was the study of the incorporation of formyl functional groups into the skeleton of key N,N'-ethyladamantyl DPP derivative.