simulacija in 3D vizualizacija fizikalnih pojavov na mobilnih napravah

GJORGIEVSKA, SIRMA (author), Divjak, Saša (mentor)

Izobraževalne simulacije se vedno bolj širijo iz tradicionalnih področij in postajajo pomembno orodje za izobraževanje. Čeprav so to zelo praktična orodja za pomoč v klasičnem izobraževanju, so bila do sedaj podprta predvsem v namiznem okolju in se niso tako uveljavila za širšo uporabo. Iz tega razloga smo razvili orodje za predstavitev fizikalnih simulacij v obliki mobilne aplikacije. Aplikacija je podprta s strani različnih naprav, tudi pametnih telefonov in tablic. Deluje na različnih velikostih zaslona in izkorišča prednosti prenosljivosti in računskih zmožnosti naprav. Z uporabo okolja jQuery Mobile, ki je prilagojen za naprave na dotik, smo dosegli, da aplikacija ni uporabna le v namiznem okolju, ampak dostopna tudi na drugih napravah. Razvili smo tudi podporo za hkratno manipuliranje simulacije s strani več uporabnikov v realnem času. V ta namen smo implementirali spletni vtičnik, ki nam omogoča hkratno kreiranje in manipuliranje simulacije na več napravah.

• Language: English
• Keywords: simulacije, mobilne aplikacije, jQuery Mobile, spletni vtičnik.
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2014
• PID: 20.500.12556/RUL-29447
• Publication date in RUL: 11.09.2014

Secondary language

• Language: Slovenian
• Title: Simulation and 3D visualisation of physical phenomena on mobile devices

Abstract

Educational simulations are breaking out from traditional areas of use and emerging as an increasingly important tool for education. Even though, they are very practical tool for assisting in the classrooms, they have been supported mostly on desktop environments and didn’t fulfill the desired adoption. For this reason we created the mobile application that is a tool for presenting physics simulations. It is supported by different devices, including mobile phones and tablets, taking advantage of the different display size, and computational power characteristics of the devices. To make this application reachable not just from desktop computers, we used jQuery Mobile, framework that is optimized for touch devices. We have also provided the multiuser support of the simulations, offering users the possibility to manipulate shared real-time simulations. For that purpose we implemented WebSockets, technology that is facilitating live content and the creation of real-time simulations.

• Keywords: simulations, mobile application, jQuery Mobile, WebSockets.