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Sistem za zajem avdiovizualnih gradiv in sinhronizacijo z drugimi vsebinami
ID MIHELIČ, MARKO (Author), ID Pogačnik, Matevž (Mentor) More about this mentor... This link opens in a new window

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PID: 20.500.12556/rul/83b4eccc-28dc-4156-bf0e-ebad59768d3f

Abstract
Z novimi tehnologijami so se pojavili izobraževalni sistemi, ki nam omogočajo izobraževanje na daljavo, to pa je neodvisno od časa in prostora ter vedno bolj razširjeno. Imenujemo ga tudi e-izobraževanje. V njem se pojavljajo kratki filmi, predavanja, pisana beseda, predstavitve s prosojnicami in zvočni posnetki. Da bi bilo takšno izobraževanje usmerjeno k učencu oz. učenju in ne zgolj k uporabi tehnologije kot take, poskuša zajeti različne stile učenja oz. vse tri zaznavne modalitete: avditivno (slušno), vizualno (vidno) in kinestetično (gibalno). Vse učne tipe hkrati lahko odlično zajamemo z video predavanji v kombinaciji s powerpoint prosojnicami. Za pripravo takega materiala je običajno potrebna višjecenovna tehnologija in dodaten kader (snemalec). Ker pa na trgu vlada močna konkurenca, smo želeli predavatelju omogočiti zajem videa brez snemalca in s tem znižati stroške priprave izobraževalnega materiala ter posledično cene storitve izobraževanja. To smo storili z razvojem programske rešitve za avtomatiziran nizkocenovni zajem videa in sinhronizacijo le-tega s ppt prosojnicami. V delu je predstavljena implementacija te rešitve v obliki vtičnika za e-izobraževalni sistem ECHO, ki ga je razvil Laboratorij za telekomunikacije Fakultete za elektrotehniko v Ljubljani.

Language:Slovenian
Keywords:e-učenje, e-izobraževalni sistemi, Directshow, vtičnik
Work type:Undergraduate thesis
Organization:FE - Faculty of Electrical Engineering
Year:2016
PID:20.500.12556/RUL-83606 This link opens in a new window
Publication date in RUL:20.06.2016
Views:1126
Downloads:316
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Secondary language

Language:English
Title:A system for acquisition of AV material and synchronization with other content
Abstract:
New technologies enabled education systems which allow distance learning online, also called e-learning. This kind of learning is not time- or space-related and is more and more widespread. It features short videos, lectures, written notes, powerpoint (ppt) presentations and audio recordings. To be student- or study-focused, instead of technology-focused, e-learning tries to involve main styles of learning and perception styles: auditory (hearing), visual (sight) and kinesthetic (movement). All three learning types together are excellently covered with video lectures in combination with ppt slides. Preparation of such material usually requires expensive technology and additional personnel (cameraman). Because of the high competition on the market, we wanted to enable lector to record video without cameraman and thus lower the cost of learning material preparation, ultimately lowering the costs of education. We did this by developing software solution for automatic low-cost video recording and synchronization with ppt presentation. This thesis describes implementation of the software solution in form of plug-in for e-learning system ECHO, which is developed by Laboratory for Telecommunications at the Faculty of Electrical Engineering, University of Ljubljana.

Keywords:e-learning, e-learning systems, DirectShow, Add-in

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