There are several tools for creating online surveys. However, guidance is lacking for some of the decision-making regarding the survey design. This study aims to investigate if one of these choices, navigation, has an impact on the surveys completion rate. We developed our own tool that gave every other respondent one of two different designs. This lets us gather more information than tools such as Google Forms and SurveyMonkey. A qualitative approach was used and we let the students of a course at KTH answer questions about that course without having knowledge of this project. No conclusions could be made due to some unexpected behaviours which will be explained later in this paper. / Det finns ett antal verktyg online för att skapa undersökningar. Det saknas dock riktlinjer för formgivning och val av komponenter. Med denna studie undersöks om en av dessa komponenter, navigation, har någon inverkan på en undersöknings svarsfrekvens. Vi utvecklade ett eget verktyg som distribuerade varannan svarande en utav två olika designer. Detta tillåter oss att samla in mer information än de verktyg som finns online. Exempel på sådana verktyg är Google Forms och SurveyMonkey. Ett kvalitativt tillvägagångssätt användes där vi lät aktiva studenter i en kurs på KTH svara på frågor angående kursen. De svarande visste inte om att de deltog i en studie. Ingga avgörande slutsatser kunde tas på grund av oväntat beteende.

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This study explores how alternative scrolling techniques compare to traditional vertical scrolling. It is studied in the context of user experience and information allocation. The alternative scrolling methods are evaluated through a focus group and a controlled experiment. A focus group explores different scrolling techniques and participants' attitudes toward alternative scrolling methods while seeking dissatisfaction with normal scrolling. The controlled experiment delves deeper into the hedonic and pragmatic qualities of scrolling, examining the time it takes for participants to allocate information to be complemented with semi-structured interviews. By delving deeper into the user experience and user preference for scrolling, the study aims to answer the following research question: “How can scrolling techniques alternative to vertical and continuous scrolling benefit users in terms of efficiently allocating specific information and increasing perceived user experience and usability?”. In summary, the study's findings show that the alternative scrolling techniques are not statistically more efficient than normal conventional scrolling. They are, however, viewed as having more hedonic qualities and are generally more preferred from a usability standpoint.

Document server is a web application controllable by way of web browser. It is meant to serve for the management of development documentation. The application is divided to the four basic parts: Requirements, Products, Tests and Test Run. The section Requirements serves for inserting requirements for products. Product is produced on the basis of these needs and registered in part Products. Test setting is created in the part Tests according to requirements from the part Requirements. Particular products are then tested. The part Test Run registers records of these tests. These are parts of the application: management of users, connecting supplements to records, printing and exportation of data to different formats, saving history of records, filtration and sorting of entries, etc. All the data is saved in the database MySQL. The application is written in scripting language PHP. Data is presented by template system Smarty. The output is in language XHTML. Cascading style CSS is used to formatting. This work describes development of the application. First it is dealing with the proposal of the database, connection and structure of particular tables. The function of the programme is explained in detail at the same time, which is essential for the correct proposal of the database. The application is based on the database. The selected structure of files and relations of scripts to library functions are shown. The template system and the interface for access of the programme to the database are explained. The most attention is paid to the description of solving important functions of the application, i.e. listing of records, their pagination, filtration, sorting and operation with them: saving, browsing, copying, confirmation and work with history, category and problems by upkeep of consistent tree and export of data to various formats. It is always outlined the problem, the idea of solving and the description of appropriate scripts. Samples of source code are also included for better understanding of complicated algorithms.