Prilog rešenju problema automatske funkcionalne provere uređaja potrošačke elektronike zasnovanih na ekranu osetljivom na dodir
A Contribution to Solving the Problem of Automated Functional Verification ofConsumer Electronic Devices with Touchscreens
Author
Kaštelan, Ivan
Mentor
Teslić, NikolaCommittee members
Kovačević, VladimirTemerinac, Miodrag
Popović, Miroslav

Đorđević, Jovan
Teslić, Nikola
Metadata
Show full item recordAbstract
Predmet istraživanja ove doktorske disertacije je pronalaženje rešenja problema automatske funkcionalne provere uređaja potrošačke elektronike koji su zasnovani na ekranu osetljivom na dodir. Osnovni izazov je pronaći efikasan i pouzdan način električne stimulacije ekrana, bez mehaničke pobude. Drugi izazov je definisati algoritam za proveru sadržaja na ekranu posmatrajući ga sa stanovišta percepcije korisnika, pomoću kamere. Rezultat istraživanja je integrisani sistem sa stimulacionom pločom koja kontrolisano pobuđuje ekran električnim stimulusom, bez mehaničkih pokreta. Provera uređaja se vrši po principu crne kutije. Cilj sistema je proveriti da li se uređaj i njegova programska podrška ponašaju očekivano.
Topic of research of this PhD thesis is finding the solution for the mentioned problem of automated functional verification of consumer electronics devices with touchscreens. The main challenge is to find a reliable and efficient way of electric stimulation of touchscreens, without mechanical movements. The second challenge is to design an algorithm for analysis of content on the touchscreen, observing it from the user’s perception, with the help of a camera. Result of the research is the integrated system with the stimulation board for controllable electrical stimulation of touchscreens, without mechanical movements. The integrated system verifies whether the device and its software behave as expected.
Faculty:
Универзитет у Новом Саду, Факултет техничких наукаDate:
23-05-2014Projects:
- The development of the methodology for multimedia software testing (RS-32014)
- Development of embedded systems with connected services and digital technology (RS-44009)