National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Methodology for supplementing interior exhibitions with technologies for digital objects visualization and content sharing
Získal, Bohuš ; Brůha, Petr ; Macek, Ivo ; Frank, Jiří ; Berka, Roman
The methodology is intended for memory institutions to help them to better understand how modern technologies for digital (especially 3D) objects presentation can be effectively used in exhibitions or expositions. In order to achieve desired presentation functions and formulate specific technical requirements, key parameters of relevant technical components are explained. The main part of the document describes steps important for design, building and running interior expositions or exhibitions. Here a standard process is recapitulated and new activities needed for effective incorporation of multimedia elements are introduced. A particular attention is paid also to the supplier selection process with respect to legal requirements and correct order of steps.
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Multimedia support of physics education
Koupil, Jan ; Dvořák, Leoš (advisor) ; Obdržálek, Jan (referee) ; Sládek, Petr (referee)
This thesis deals with possibilities of use of multimedia technology in physics education and describes a few new educational units. First chapter of the thesis contains a short definition of multimedia and a brief summary of the importance of multimedia in general. The main merits of the thesis are the four chapters regarding individual multimedia technologies. Firstly, the potentialities of utilization of video records in physics measurements are discussed, including a few new experiments. The second main topic is the slow motion video, its importance, use in physics lessons and the description of a series of recorded slow motion video clips. As the next point, the use of a computer sound card as a measurement tool in innovative experiments is discussed. Finally, in the last chapter a series of newly created computer programs for visualization of hydrogen atom orbital shapes is characterized. The created educational units have been tested and classroom experience, students' or teachers' feedback are presented in corresponding chapters.

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