National Repository of Grey Literature 603 records found  previous11 - 20nextend  jump to record: Search took 0.01 seconds. 
Options and forms of on-line testing for English classes at elementary school.
ČERNÝ, Ondřej
The goal of this thesis is to introduce on-line testing platforms for English teaching at the second level of primary school using different platforms and evaluating the differences between on-line testing and classic paper writing. The main theoretical part is focused on creating methodically and didactically correct tests. The functions of the platforms are then further analysed in order for each teacher to choose the platform that fits the requirements. The practical part of the thesis concentrates on manuals for creating tests and their try out during English classes at the second level of primary school. Furthermore, the thesis contains sets of English tests which can be used as a feedback for students, practise or their assesment. These tests were verified during regular lessons at the second level of primary school.
Information System for e-Learing Courses Testing
Kříž, Vítězslav ; Bartík, Vladimír (referee) ; Hynek, Jiří (advisor)
A long-term trend in modern digital education is the shift from static content to interactive e-learning courses. The focus is often on the form of information delivery rather than the content. The testing part of development tends to be ineffective, as there is no easy way to obtain information about student behaviour. This paper addresses this problem by creating a testable web application, xTester, that allows tracking key metrics of developed e-learning courses communicating through xAPI. The solution includes an enhanced course template in Articulate Storyline and a browser add-on to facilitate linking of created courses to the xTester application. General issues and specific stages of development are described, from specification of user requirements, interface design and implementation, to testing. The frontend of the web application is based on the Vue framework, the backend consists of a simple stateless Rest API in Node.js with a SQLite database.
Multi-Level Approach to Cybersecurity Education
Lazarov, Willi ; Stodulka, Tomas
This paper addresses challenges in building a cyberrange platform and presents the design, implementation, andtesting of a software platform for cybersecurity education, whichscope ranges from technical universities to high schools. Ourcontribution is a multi-level approach to cybersecurity education,which is applied through extensive testing with students from twodifferent technical universities and high schools.
Framework for Automated Testing of Hardware Devices
Jeřábek, František ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
This thesis describes the analysis, design and implementation of framework for automated testing of hardware devices. It describes the test lifecycle design, testing sequence and interface for communication with measuring devices and the possibility for extensions. It explains the analysis of problems associated with automated hardware testing and creation of sufficiently universal design and subsequent implementation of such system.
Petri nets in Netlab Tool
Šajdík, Ondrej ; Smrčka, Aleš (referee) ; Rogalewicz, Adam (advisor)
The aim of this work is to support the continuation of the Netlab tool's development and to simplify its extension. Netlab is a desktop application that allows for the modeling of systems in the form of Petri nets using a graphical editor, and subsequently performs model checking analyses on the created model. Within the scope of this work, the concepts of model checking, Petri nets, and available analyses within the application were examined. The application had not been developed for an extended period, resulting in significant obstacles for further improvements. These issues are addressed and resolved throughout the course of this work. Another goal is to enable users of the application to execute a reverse analysis algorithm on the created model, which has been implemented, thereby demonstrating extensibility and potential for future development.
Virtual Testing for ADAS and Autonomous Driving
Novák, Adam ; Repka, Martin (referee) ; Fojtášek, Jan (advisor)
This bachelor thesis deals with methods for testing ADAS and autonomous driving. To introduce the subject, the concepts of ADAS and autonomous vehicle are first discussed. The functionality of these systems would not be possible without sensors monitoring the vehicle's surroundings, so the most used types of these sensors are described in more detail. Then, the thesis focuses on the testing itself. The testing takes place virtually or fully in a real environment. The advantages and disadvantages of these two different approaches are mentioned. Within the virtual, the principles of the different XiL testing methods are explained, and within the real, the options of tests in normal traffic and on proving grounds are explained. The final part is a description of CarMaker and its comparison with other softwares also used for virtual testing. An example scenario in which the automatic emergency braking system is triggered is used for the description.
Respirator filtration efficiency
Tolnaj, Tomáš ; Mišík, Ondrej (referee) ; Bělka, Miloslav (advisor)
Aerosols are everywhere around us and pose an increasing risk to human health. That is why aerosols and their filtration are the subject of several researches. This bachelor thesis focuses on established standards for respirator testing according to the European standard and factors influencing their filtration efficiency. The research also includes a description of the theoretical background of aerosols, the physical principles of deposition, a detailed description of respirators. The thesis contains an experimental part, which consists of designing, assembling and setting up the experimental rig with subsequent measurement of the filtration efficiency, pressure loss and evaluation of the measured results.
Diagnosis of connected concrete layers by pulse echo method
Lokos, Ondřej ; Kocáb, Dalibor (referee) ; Cikrle, Petr (advisor)
This study deals with the measurement of the adhesion of the upper concrete layer to the underlying layer in a truck parking lot. The pulse echo method is used to detect de-laminations of whitetopping. The aim of the work is to verify the efficiency of this meth-od and its accuracy in measuring the adhesion of the concrete layer. The results of the measurements are compared with the results of the measurements on the test block. This study contributes to a better understanding of the coherence of the concrete layers and may help in improving the design and maintenance of truck parking lots.
API Testing on Smart City Platform
Kovalski, Martin ; John, Petr (referee) ; Hynek, Jiří (advisor)
The IoT environment involves a large number of sensors that produce vast amounts of data. This data needs to be processed and displayed to users. Various clients (web or mobile applications) are created for this purpose. In order to get the data to these clients, application interfaces are needed. The aim of this work is to test an existing REST-like application interface that allows data transfer from the cloud to client applications and to provide endpoint developers of this API with a tool that will allow them to test emerging endpoints in the future. To this end, an application has been created to facilitate the management and creation of tests. These tests are then run using the Codeception testing framework. The resulting application allows you to test a REST API that has an OpenAPI specification created and that uses a PostgreSQL database to run.
Notification System for the Augmented Reality Application in Unity
Klein, Kristián ; Chlubna, Tomáš (referee) ; Materna, Zdeněk (advisor)
This thesis is concerned with the optimization and development of a notification system within the augmented reality (AR) application, AREditor. In the context of the growing integration of AR into mobile applications and the importance of notifications as a mecha- nism for efficient information distribution, this study identifies the need for better design and implementation of notification systems in AR. The thesis includes an analysis of the issue of notifications on mobile devices and also evaluates the existing notification system in the AREditor application, outlining its shortcomings. The practical part of the thesis is dedicated to the design of the system’s architecture and graphical interface. The proposed changes are implemented in the Unity engine as a standalone package, which is later integ- rated into the application itself. The resulting notification system is capable of managing notification messages and displaying them according to their priority in various ways, such as in a three-dimensional space next to the object they pertain to, in the form of a modal window, or in the form of a notification container in the upper right corner of the screen. The resulting notification system is more pronounced, clearly separated from other graphi- cal interface elements, enhances the ability to monitor changes in the system, and aids in actively addressing them.

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