Today gait analysis are performed in laboratories with expensive equipment and people must visit the labs to perform several supervised tests. The goal of this project is to develop a platform enables gait analysis with the accelerometer sensor in a mobile phone. This would allow more people to do gait analysis, as smart phones are widely available and cheap equipment compared to lab equipments. In order to solve this task a mobile application and a cloud server was created. The mobile application can gather data from the internal accelerometer sensor and a medical grade sensor simultaneously and send the data to the cloud server. When two sensors are used the symmetry between the left foot and the right foot can be measured, although the system works with only one sensor aswell. On the cloud server the accelerometer data is analysed and gait analysis is done on the data and visualized on a web page. The mobile application can collect data for 4 hours at a sampling rate of 120Hz and two sensors are used. When sending data collected from two sensors to the cloud at a sampling rate of 120 Hz the amount of data is approximately 21.96 Mb/h. The goal of the project was to create a proof-of-concept platform to do gait analysis and that goal was fullled and a fully functional platform was developed.

This work deals with the development of cross-platform mobile applications and compares cross-platform development frameworks. First the mobile devices market is defined and its dominant platforms are described. The main objective is to compare the frameworks with defined criteria. The theoretical part analyzes the mobile market and defines the different types of mobile devices. Further, describes the various mobile platforms, including its architecture and de-velopment environment. Subsequently, the approaches to cross-platform development are described with their individual frameworks. In the practical part the selected frameworks are compared to defined criteria and subse-quently evaluated.

In these days we have more and more digitization of business content. The effort to reduce paper documents and replace them with digital/electronic form places increasing demands on the management of these documents and data/information in enterprises. With this kind of problem usually deal systems known as Enterprise Content Management. Main topic of this thesis is the implementation of MS SharePoint 2013. This thesis focuses its objectives on an analysis of the possibilities of using MS SharePoint, description of recommendations for the design of systems based on MS SharePoint and practical illustration of MS SharePoint implementation project in a specific organization. The first part of this thesis aims on the concept of Enterprise Content Management, MS SharePoint system performance and analyzing options how to deploy MS SharePoint into organizations. Based on this analysis, is further compared the coverage of functionality of MS SharePoint and specialized and robust ECM systems. The next part focuses on a description of the procedures that are recommended for the design and development of systems. In this part of the thesis is chosen an appropriate methodology for the development of information systems, which is used according to specific MS SharePoint implementation project within defined organization. Subsequently, the thesis analyzed the suitability of the methodology for the implementation of MS SharePoint and the proposed possible expansion of the selected methodology to fully meet the needs and specifics of MS SharePoint implementation projects. Subsequently, on the basis of these recommendations, there was made a draft of the MS SharePoint implementation project.

Main topic of this thesis are gamificaton system and their implementation in organizations. The first chapter describes theoretic part of gamification. Second addresses options of using game elements in workspace and approaches to designing a gamification system. In the third part there is comparison of gamification platforms. The last chapter describes the design of the orignal gamification system for web application.

This thesis looks into the selection process of a suitable internal application platform for the needs of specific IT company, which does business in the development and implementation area of SW products supporting a credit risk management. The company currently consists of 100 employees and plans to grow in the following years with 25% rate. This places significant requirements on efficient, but also cost optimal set of internal systems in order to support the process management. The theoretical part describes the process of selecting a general supplier and its specificity when used in a selection process for IT supplier and also the procedure for process analysis of key processes, which is vital part of methodological basis. In the practical part of the work is first made the analysis of key processes itself, on which are then proposed various applications that are integrated with each other and form a comprehensive and integrated platform to support monitoring, evaluation and management of the entire IT company. The main contribution is in a comprehensive application infrastructure proposal, which should replace the current and non compliant one.

The aim of the thesis is to analyse framework IONIC and determine the suitability of this framework for cross-platform mobile development. The intent of the theoretical part is to analyse the current market, introduction to the mobile development and a description of the framework IONIC and related technologies. The practical part deals with the analysis and design mobile application PowerFLOW, describing the implemented mobile application and sample code. The last part is about framework IONIC evaluation based on set criteria. The evaluation rating was determined on the experience gained during the implementation of mobile application PowerFLOW. There are also listed personal experience of the implementation. Based on this thesis the IONIC can be recommended as the framework for cross-platform mobile development.

L’intérêt scientifique porté depuis plusieurs décennies au développement des plateformes carbonatées tropicales s’explique par la complexité des facteurs de contrôle de la sédimentation, qui montre une influence de la tectonique, du climat, de l’eustatisme, de l’hydrodynamisme etc… Les plateformes carbonatées ne sont pas seulement des environnements enclins à accumuler des sédiments, mais sont aussi de prolifiques « usines » à carbonates qui produisent davantage que ce qu’elles peuvent stocker. Les sédiments en excès sont transférés vers le bassin profond. Ainsi, les transitions plateforme – bassin illustrent les interactions entre production carbonatée in-situ, transfert, et accumulation sédimentaire issue de la re-sédimentation. Dans le sud-ouest de l’Albanie, la série carbonatée du Crétacé Supérieur est composée de dépôts sédimentaire de plateforme et de bassin. Ces successions sont à présent intégrées dans le système chevauchant de la chaîne Dinarides - Hellénides, dont la mise en place est contemporaine d’une phase de déformation orogénique Plio-Holocène. La paléogéographie de la région péri-Adriatique au Crétacé Supérieur révèle une juxtaposition de méga-plateformes et de bassins adjacents dont le remplissage est en partie conditionné par la remobilisation gravitaire des sédiments de la bordure de plateforme. Les investigations sont menées sur cinq zones d’étude. Elles intègrent des descriptions faciologiques macro- et microscopiques pour chacune des huit successions étudiées. Les unités définies font l’objet d’une cartographie à l’échelle de la zone d’étude qui précise l’architecture stratigraphique du système. La datation des dépôts repose sur une étude biostratigraphique, elle est renforcée par les données chronostratigraphiques des isotopes du strontium. Sur la plateforme, les descriptions faciologiques sont appuyées par des méthodes complémentaires de pétrographie (cathodoluminescence, épifluorescence, microscopie électronique à balayage), de pétrophysique (porosimétrie à injection mercure) et de géochimie (isotopes stables du carbone et de l’oxygène) visant à révéler la dynamique de sédimentation et les propriétés réservoir de la succession.Les conditions de sédimentation sont précisées, i) sur la plateforme, dix faciès spécifiques sont identifiés, représentatifs de contidions de dépôt supra-, inter-, et subtidales. Ils s’intègrent dans des motifs d’empilement distinctifs (small-scale sequences) qui attestent le caractère cyclique de la sédimentation, contrôlé par des fluctuations haute-fréquence et basse amplitude du niveau marin relatif; ii) dans le bassin, quatorze faciès sont classés suivant le mécanisme de transport sédimentaire dominant. La répartition spatiale des dépôts permet d’identifier la provenance et les sources préférentielles du matériel calci-clastique. L’évolution tectono-sédimentaire plateforme – bassin au Crétacé Supérieur est déterminée par deux séquences: i) du Cénomanien au Turonien, la sédimentation de plateforme est caractérisée par l’aggradation plus de 700 mètres de faciès intertidaux organisés en séquences (small-scale sequences) émersives ou sub-émersives. Aucun transfert significatif n’est attesté dans le bassin adjacent, témoignant d’une relative stabilité du système évoluant dans un contexte subsident ; ii) l’intervalle Coniacien – Santonien marque l’installation d’une plateforme à rudistes favorable au transfert sédimentaire. Ce dernier se traduit par une progradation marquée des dépôts gravitaires dans le bassin pendant le Campanien. Cette dynamique de transfert est accentuée par la mise en place de slumps résultants du démantèlement tectonique de la bordure de plateforme au Campanien Supérieur et Maastrichtien. / The evolution of tropical carbonate platforms depends on complex interacting factors influencing the sedimentation, such as tectonism, climate, eustacy, hydrodynamism etc… Due to this complexity, it has been of scientific interest for decades. Carbonate platforms are not only prone to accumulate sediments, but also represent prolific carbonates “factories” producing more than they can store on their tops. Excess sediments are shed basinward. Platform-to-basin transitions exemplify interactions between in-situ carbonate production, transfer and sedimentary accumulations resulting from re-sedimentation. In south-west Albania, the Upper Cretaceous carbonate series are made up of platform and basinal deposits. Sedimentary successions are presently integrated in the Dinarides-Hellenides fold-and thrust belt that originate from a Plio-Holocene phase of the Alpine Orogeny. The paleogeographic setting during the Late Cretaceous reveals a juxtaposition of mega-platforms and adjacent basins, partly filled with sediments derived from the shelf edge. Our scientific investigations focused on five study areas. Macro- and microfacies descriptions are provided for eight platform and basin successions. Sedimentary units are defined and mapped on each study area, supporting the stratigraphic reconstruction of the system. Dating is based on biostratigraphy and supported by strontium-isotope data. Regarding platform deposits, facies descriptions are seconded by complementary methods of petrography (cathodoluminescence, epifluorescence, scanning electron microscopy), petrophysics (mercury intrusion porosimetry), and geochemistry (stable carbon and oxygen isotopes), aiming to precise the sedimentation dynamics and reservoir properties of the succession. The sedimentation conditions are specified: i) within the platform, ten specific facies are identified, precising the depositional setting that comprise supra-, inter- and subtidal environments. These facies are integrated in distinctive stacking patterns (small-scale-sequences) pointing to a cyclic sedimentary dynamic controlled by high-frequency and low-amplitude sea level changes; ii) the basinal deposits comprise fourteen facies classified according to the dominant grain-support mechanism. Spatial distribution of the deposits allowed identifying the provenance and preferential sources of calciclatic sediments. The tectono-sedimentary evolution of the platform-to-basin system during the Late Cretaceous can be subdivided into two sequences: i) from the Cenomanian to the Turonian, the platform sedimentation is characterized by a substantial aggradation (700 meters) of intertidal small-scale sequences. No significant transfer was evidenced in the adjacent Ionian Basin, pointing to stable conditions in a subsiding context; ii) the Coniacian-Santonian interval evidences the establishment of a rudist platform massively shedding sediments basinward during the Campanian. A clear progradation of gravity-flow deposits is attested during this period. During the Upper Campanian and Maastrichtian, this transfer is accentuated by the setting of tectonically-triggered slumps resulting from the dismantling of the platform edge.

Diploma thesis focuses on open source business intelligence platforms. The main aim of this thesis is to compare open source BI platforms Pentaho BI Suite and Jaspersoft BI Suite using a set of criteria on the example of the solution for a fictive company. In order to achieve this goal, the research for criteria in already existing comparisons is made firstly and on the basis of this own comparative criteria and their weights are defined. Then important features of platforms under the BI solution primary layers are characterized. In the conclusion both platforms are evaluated and compared according to the result values of all criteria. The thesis is divided into two parts. The theoretical part deals with the analysis and definition of criteria and the BI platform introduction. Used criteria are analyzed in the Gartner research, in the book about business intelligence and in two diploma theses. Own defined criteria are divided into following groups: Installation, ETL, OLAP, Reporting and Documentation. The introduction includes description of components, licence politics and available editions. In the practical part the platform functionality is tested, the project created in both of them is specified and then platforms are evaluated and compared. The functionality testing is made progressively from installation, through ETL and OLAP to reporting. The main aim of this thesis is completed in the last chapter of the practical part, where both platforms are evaluated according to the set of defined criteria, first of all under the BI solution primary layers and then also from general point of view. Here is used the weighted sum method from the multi-criteria decision analysis. The contribution of this thesis is in the transparent confrontation of two open source BI platforms, in the definition of the comparative criteria set and also in the presentation of all tools strengths and weaknesses including screenshots.

This thesis focuses on the impact of user interface's compliance with different platform conventions on usability measures and user habits. Theoretical background is provided by usability guidelines and preceding research papers on related topics. Conducted research incorporates techniques of unmoderated remote usability testing for obtaining quantitative data on usability of three different prototypes of the same web application with different graphical user interfaces. Confirmatory data analysis proves differences between prototypes' usability measures, more importantly, it proves utilization of different user habits in each tested visual interface type. These results broaden the knowledge of user habits in relation to the interface environment.

The quality is probably the most significant property of a successful software product. As experience with many software projects has already shown, leaving out testing and quality management from software development process can result in vast and critical customer issues, which usually invoke additional expenses for the software production company. In the course of time, software testing as a discipline has therefore seized an important position among other software development activities. And due to the fact that the software, thanks to rising customer demands and growing competing products portfolio, is getting more complex, the more advanced software testing procedures need to be implemented. Test strategy and iteration planning, implementation of multiple test types into the test suite, test automation, evaluation, administration and maintenance: these activities are commonly required within larger software development projects. Formalized software testing is, nevertheless, being introduced also to projects using agile management techniques which, by management decision or target user industry, are supposed to deliver products of highest quality. This initiates the high focus on the software testing discipline. The purpose of this thesis is to design and implement a new system of software testing within a real project in the CertiCon a.s. company, for which software development is the main business activity. Current issues and gaps for possible improvement, gathered both by project management and the author himself, are analyzed in the first major part of this work and transformed into testing system requirements, which should cover both process changes as well as implementation/development of needed software supporting the process. The second part of thesis is covering the design of the new software testing system, focusing mainly on the area of test management and selection of appropriate software management tool. The final part of the thesis is aimed at implementation of the designed solution within a real organization environment and evaluates its benefits against the previously set requirements.