In this work, a web application has been developed for the company Moverline with the server software Node.js and the database management program MySQL. Moverline's vision with this application is that it will be a long development project and therefore it is important that the usability is high. During this project, a qualitative empirical study was performed regarding the usability of the REST API. This qualitative information is gathered through interviews and discussions with Moverline employees. The API functions of the produced application were in most cases easy to understand and knowledge of the underlying implementation did not need to be possessed. Problems of the REST API were ambiguities about how the endpoint of the URL should look like and in most call functions the calls are answered with an HTML answer. This is not optimal from a usability perspective as it becomes more difficult to know if the operations went through and what kind of data has been sent. One development step to prevent this problem would be to implement a client part of the application that acts as an intermediary between the Node.js server and the HTML files.

This project explores an improved design for a system that tracks drive and rest time data for heavy vehicle drivers. Tracking rest and driving time data for drivers of heavy vehicles is important since it allows for the drivers to ensure that they are following the laws related to how often they must take breaks. The system built in this project is external to the vehicles. It relies on sending smaller status updates then previously, thus decreasing the data required to track the drive and rest times. The system was evaluated in terms of how much data it saves compared to a system that sends full status updates, it was also evaluated on how the cost scales with an increased load on the system.

This diploma thesis describes the fundamentals of the Android framework for the future development of mobile applications. The reader will be introduced to existing applications for the support of physically disabled people. It will also describe the design and implementation of a new mobile application, displaying information on selected buildings and giving the possibility of marking obstacles in the public space near the city centre of Brno. Finally, the principle of the chosen procedure of finding potentially barrier-free routes, during which the state of the obstacle database is taken into account, will be explained.

This work deals with timetabling problems at the Faculty of Information Technology of Brno University of Technology. The aim of this thesis is to design and implement new application to support manual timetable planning, that will offer some innovations in comparison with current state. Implemented application is based on client-server architecture, at which client and server communicate by means of REST interface. Application offers functions for preprocessing of input data, as well as functions for analysis of created timetables. Data can be exported in HTML format.

This master's thesis is about analysis, design and implementation of a system for shared resources reservation and its remote control. Subjects of sharing are test and development prototypes. For remote control are used I/O devices ET-7042 and SITOP PSU8600. The reader is introduced to target environment, REST application interfaces and communication standards Modbus and Profinet. The knowledge gathered is used in design and implementation of the system. The main goal of thesis is to make development and testing in lab more effective.

This diploma thesis is focused on the description and implementation of the API wrapper application, which works on top of computational core ibp bioinformatics. The first half of the thesis is focused on the summary of basic knowledge in the field of DNA research, as well as the specification of the problem and description of selected technologies. The other half deals with the actual implementation, distribution, and evaluation of application applicability on specific DNA sequences.

Main task of this thesis is to design and implement mobile and web application for acquainted stay called Seznamovák. Web application serves for data administration, which are afterwards downloaded by mobile application. Mobile application is used to display downloaded data, such as notifications, program of Seznamovák and area map. The reader will be introduced to requirement analysis with already existing applications. It will also describe analysis of used technologies. Then final solution design and it's implemention with testing.

This work deals with creation of an application for an Android operating system, which will provide effective management of car costs. The important part of this work is communication and synchronization with a remote server.Whole application aims to provide friendly user inteface, which will be very effective to use.

The diploma thesis is concerned with the research of integration of augmented reality into the testbed Industry 4.0. Testbed is presenting automated robotic barman intended for practical demonstration and verification of concepts such as Industry 4.0 or a digital factory. The integration of augmented reality is realized via an Android application and creates the AR information system of the testbed. The theoretical part of the thesis is about Industry 4.0, the construction of the testbed and technologies of augmented reality used during implementation of the application. The practical part deals with the implementation and testing of the application. The conclusion includes an evaluation of the goals of the thesis.

This thesis deals with the design and implementation of a tool for generating parts of client applications in TypeScript language from the description of a REST interface. The goal of the tool is an automatic generation of an application skeleton which uses the Angular framework including data structures and services enabling access to server endpoints. The thesis describes the interfaces based on the REST architectural style, as well as the technologies used for their description. The tool was implemented in TypeScript language and uses the Node.js runtime. The output file generation is based on the Mustache.js template system. The result is a tool which allows the generation of source code based on the provided WADL or OpenAPI interface description, which can be simply used as a part of an Angular application.