National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Possibilities of use of e-learning applications in distance learning at FIS VŠE Prague
Turčín, Pavel ; Chlapek, Dušan (advisor) ; Palovská, Helena (referee)
Main subjects of this thesis are distant learning and e-learning. It provides an overview of current state of distance learning in tertiary education in Czech republic, focusing mainly on informatics programs. It identifies limitations of standard e-learning systems regarding the requirements of courses on the Faculty of Informatics and Statistics at University of Economics, Prague. Practical part of this thesis is describing implementation and use of special application that provides functionality that is not provided by standard e-learning systems.
Framework for teaching Database Management Systems on VŠE Praha
Turčín, Pavel ; Chlapek, Dušan (advisor) ; Palovská, Helena (referee)
This thesis focuses on design and subsequent realization of e-learning support for the database management systems course. The first step is definition of the e-learning itself as well as other related concepts. Following part analyzes current status of teaching and evaluating students' knowledge and other possible ways to do so without changing the basic course frame defined by the given syllabus. A list of requirements on the software framework is made on basis of this analysis. These requirements are technical (demanded functionality) and economical (costs of installation and maintenance). The most suitable e-learning system is chosen according to these requirements. The chosen system unfortunately does not fulfill all specified requirements and software witch does, is not available. In this case the following step is design and realization of such software. At first are all requirements specified in detail. The software solution is designed as three independently usable applications: Exercise client, Test client and Administrator. Software is implemented in C# programming language. Whole process of implementation is divided into three increments witch corresponds with projected applications. Every increment adds new functionality to existing solution and the output of every increment is fully usable component.

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