Simple low-cost temperature feedback control loop was created, using personal computer as control and data acquisition element. It controlled the temperature inside mircowave pressure reactor. Medium in reactor tank (volume about 600 ml) was calorified by 1,8 kW magnetron, which power was driven by PSD controller. The PC- process interface was made by USB data acquisition modul UD128A8D. The utility program was written. It implemented PSD controller and data acquisition function. Furhtermore it implemented interface which enabled user to set the technological curve (time-temperature relation). The protocol of experiment was automatically stored to Micosoft Excel file before the program’s termination.

The aim of this project is to enable automatic cataloguing and measuring archeological discoveries. The first step is image processing, which is performed via thresholding, segmentation and adjusting found objects. After these procedures, examined objects are represented by a komplex vector. The second part is focused on measuring the point and identification of its shape. The access to retrieved data is permitted by user interface created in the last part of this project.

This master thesis deals with the possibilities of simulation and optimalization of ethernet networks in Matlab interface. Ethernet technology, quality of service and architecture of differentiated services are described in this thesis. Based on these facts, there was created a toolbox. This toolbox allows to create a dynamic network, which can be configured via using GUI. In the end of the thesis, there are shown results of the simulation of networks, which is running in created program.

The aim of this theses is a creation of a project and goal managing system with effective user interface. The modern goal setting is the base of defined user interface. A substantial proportion of the theses deals with gamification, which encourages the users to use the system and motivates them to reach the predefined goals and fulfil the projects. Theoretical knowledge of goals settings and project managing serves as a base for the whole concept of the system and for a creation of the actual gamification engine. A web-based application utilizing implemented components was created with the system. An essential part of the theses is a formulation of hypotheses and their verification by testing.

The aim of this master's thesis was to create a user interface that allows controlling the PC using voice commands, static poses and dynamic gestures. It contains an implementation of a natural user interface that emulates the functionality of the keyboard and the mouse. In this thesis for detecting and tracking the user was used the sensor Kinect. For implementation I have chosen platform Windows and the Kinect for Windows SDK with programming language C#. During the implementation and testing of the interface, sensor Kinect for Xbox 360 was used. The result of this master's thesis is a natural user interface that allows controlling desktop applications without using keyboard or mouse, and that is comfortable and user-friendly.

The aim of this thesis is to design a software for elementary, middle and high schools, which will serve to create alternative timetables for staff substitutions. There are similarly oriented programs, but most schools don't use them. These programs contain many flaws, which are also discussed in this work. Creating substitution schedules is complicated, and a lot of conditions must be taken care of. Checking of all the conditions should be the main advantage of the application. Design and implementation of the application is based on requirements by a school, where substitution timetables are produced manually. Great emphasis is placed on user friendliness and ease of use.

Die vorliegende Arbeit hat die Entwicklung und Umsetzung einer graphischen Benutzeroberfläche zur Erprobung von Wechselwirkungen zwischen verschiedenen Prozessparametern beim Tiefziehen von faserbasierten Materialien, wie Papier und Karton, zum Ziel. Nach einer Recherche zum Prozess des Tiefziehens und seiner Modellierung folgt das Erarbeiten von Grundsätzen bei der Erstellung und Gestaltung von graphischen Benutzerschnittstellen. Insbesondere steht dabei die Art der Eingabe von numerischen Parametern und die Visualisierung von Informationen im Vordergrund. Bei der Erstellung des Layouts des Graphical User Interface (GUI) werden die aus der Recherche gewonnenen Erkenntnisse genutzt. Dazu werden alle Anforderungen, die an die Benutzerschnittstelle gestellt werden können, zusammengetragen. Bekannte Annahmen zur Modellierung des Tiefziehprozesses werden aus Vorarbeiten verwendet. So wird innerhalb des Programmcodes der GUI der Stempelkraftverlauf beim Tiefziehen mit seinen charakteristischen Kennwerten erzeugt. Diese Kennwerte werden in einer ausgewählten Darstellungsform auf der Oberfläche für den Nutzer anschaulich präsentiert. Ein Vergleich mit den charakteristischen Werten einer Referenz in der Darstellung erlaubt eine Aussage über die Qualität des zu produzierenden Ziehformteiles. Nach der Implementierung der GUI werden abschließend Potentiale für weiterführende Arbeiten offengelegt. / The aim of this thesis is the development and implementation of a GUI for testing interactions between different process parameters in the deep drawing of fibre based materials such as paper and cardboard. After an investigation of the process of deep drawing and its modelling, the elaboration of principles of the creation and the design of the GUI follows. The main focus concentrates in particular on the type of input of numerical parameters and the visualization of information. Based on the findings from the research, the layout of the GUI is created. To this end, all requirements that can be posed on the user interface are combined. Known assumptions for the modelling of the deep drawing process are used from reliminary work. Thus, within the program code of the interface, the punch force profile during deep drawing is generated with its characteristic values. These characteristic values are displayed in a selected presentation form on the user's surface. A comparison with the characteristic values of a reference in the presentation allows a statement about the quality of the drawing part to be produced. After the implementation of the GUI the potentials for further development are finally disclosed.

Genus definierar människors sociala kön och genomsyrar samhället genom de föreställningar, idéer och handlingar som förknippas med män respektive kvinnor. Uppfattningar av genus skapas och upprätthålls av genussystem som är konstruerat för att producera stereotyper. Nuförtiden finns det dock fler kön än de stereotypa, vilket bör beaktas vid design. Ändå tillämpas könsstereotyper idag inom alla designområden, vilket innebär att de också påverkar den visuella designen av grafiska användargränssnitt. Visuell design av användargränssnitt och upplevelser är viktiga delar av området interaktionsdesign och därför är syftet med kandidatuppsatsens forskning var att utforska stereotyp könskodning i visuell design av användargränssnitt, och hur detta påverkar användarnas upplevelse. De estetiska designattribut som forskningsstudien undersökte närmare i relation till användarnas upplevelse var färg, typografi och bilder. För detta genomfördes en kvalitativ studie där data samlades in genom individuella semistrukturerade intervjuer från tre målinriktat utvalda designers och en fokusgruppsdiskussion med tre målinriktat utvalda användare. Den insamlade informationen analyserades tematiskt för att generera fyra teman. Dessa fyra teman representerar forskningsresultaten, som diskuterades med hjälp av relevant litteratur, inklusive självbestämmandeteorin. Resultaten visar att informanternas upplevelse påverkas av stereotyp könskodning av färg, typsnitt och bildspråk i designen av grafiska användargränssnitt genom att de först identifierar design som antingen stereotypiskt feminint eller maskulint könskodad. Informanterna reagerar både positivt och negativt på den stereotypiskt könskodade designen på olika sätt. De upplever och vittnar också om att den stereotypiskt könskodade designen bidrar till utanförskap och exkludering av kvinnor, män och andra marginaliserade kön. Resultaten indikerar att användares upplevelser av och inställningar till stereotypiskt könskodade användargränssnitt är övervägande negativa och därmed kan det påstås att visuell design av användargränssnitt generellt sett gynnas av att hållas könsneutral. Resultatet av denna kandidatuppsats bidrar teoretiskt genom tillföra ett kvalitativt perspektiv i genusforskningen på forskningsområdena interaktionsdesign och människa-datorinteraktion som i dagsläget saknar både bredd och djup. Studien bidrar också praktiskt med information om användares designpreferenser som kan nyttjas av bland annat designers, utvecklare och andra intressenter. / Gender defines the social sex of humans and permeates society through the conceptions, ideas and actions associated with men and women respectively. Perceptions of gender are created and maintained by gender systems, which are designed to produce stereotypes. Nowadays, however, more genders than the stereotypical exists, which should be taken into consideration when designing. Still, until today, gender stereotypes such as boys liking blue and girls liking pink are applied throughout all design fields, which means they also affect the visual design of graphic user interfaces. Visual design of user interfaces and experience are important parts of the interaction design field. Therefore, the purpose of this bachelor’s thesis was to explore stereotypically gendered design in the visual design of user interfaces, and how this affects the users' experience. The aesthetic design attributes that the research study examined in more detail in relation to the users' experience were color, typography, and images For this, a qualitative study was conducted, where data was collected through individual semi-structured interviews from three purposively selected designers and a focus group discussion with three purposively selected users. The collected data was analyzed thematically to conclude to four themes. These four themes represent the research findings, which were discussed with the help of relevant literature, including the theory of Self Determination. The research findings show that the informants’ experiences are influenced by stereotypically gendered color, typography and imagery in the design of graphical user interfaces by, first of all, identifying designs as either stereotypically femininely or masculine gendered. The informants react both positively and negatively to the stereotypically gendered design in various different ways. They also experience and testify that the stereotypically gender-coded design contributes to the exclusion of women, men and other marginalized genders. The research findings indicate that users' experiences of and attitudes towards stereotypically gendered user interfaces are predominantly negative and, thus, it can be argued that visual design of user interfaces generally benefits from being gender neutral. The outcome of this bachelor's thesis research contributes theoretically by adding a qualitative perspective into gender research in the research areas of interaction design and human-computer interaction, which currently lacks both breadth and depth. The study also provides practical information on users' design preferences that can be used by designers and developers, among other interested stakeholders.

Android-applikationers användargränssnitt kan se annorlunda ut på olika Android-enheteroch det är svårt att anpassa en applikation efter alla enheter då det finns så många unikamodeller. Målet med arbetet var att framställa ett verktyg som kunde med hjälp av ett korrektdefinierat gränssnitt, upptäcka skillnader i gränssnittet mellan olika Android-enheter.Ett egenutvecklat verktyg framställdes och hade en hög precision. Verktyget kunde bådaupptäcka skillnader och rapportera hur stor skillnaden var mellan gränssnitten. / User interfaces can look different on different Android devices and it is difficult to tailor anapplication to all Android devices. The goal with this project was to develop a tool that canuse a correct image of a user-interface and find differences in other images taken from otherAndroid devices. A tool was developed from scratch and it proved accurate in most cases.The tool could both find differences and report how large the difference was.

I detta projekt har en arkitektur och användargränssnitt skapats för Tweakers HB. Arkitekturen och designen kommer att användas till ett ord-baserat spel. Det här projektet är en del utav ett ännu större projekt som omfattar en klient-server android applikation. Hela klienten kommer att skapas utifrån arkitekturen som beskrivs i projektet. Användargränssnittdesignen och dess implementation skapar vyn. Arkitekturen har utvecklats med Astah Community Edition och dokumenterats med hjälp av Microsoft Word 2013. Den modell som valdes är MVC mönstret och den har anpassats en del för att vara lämplig just den här applikationen. Designen har arbetats fram med hjälp av Eclipse, Extreme programming och testdriven utveckling. Med hjälp av Eclipse har plugins som är essentiella laddats ned för att skapa användargränssnittet. Själva användargränssnittets design skapades mestadels i Photoshop men också med hjälp av inbyggda verktyg som följde med android sdk tools. Alla krav som ställdes har uppfyllts och är vältestade. Designen blev inte bara uppskattad estetiskt utan praktiskt, detta bekräftades genom att testarna var med på utvecklingen kontinuerligt och gav oss feedback. / This project creates a user interface and architecture for Tweakers HB. The architecture and design will be used to create a word based game. The project is a smaller part of an even larger project which is a client-server android application. The client will be created from the architecture designed in this project. The user interface design and the solutions presented will make up the view. The architecture has been designed with Astah Community Edition and documented with Microsoft Word 2013. The model that was chosen for this application is the well-known MVC pattern which was slightly reconfigured to be fitting for this application. The user interface has been developed with Eclipse, Extreme programming and test-driven development. Plugins which are essential for the developement have been downloaded via Eclipse. The design of the user interface was mostly created with Photoshop but also with the help of android sdk tools. All of the requirements were well tested and successfully met. The design is not only beautiful but also simple and easy to navigate. This has been confirmed by the testers who have been following the project and providing constant feedback.