Razvoj učinkovitih lokacijsko zavednih mobilnih aplikacij na platformah Android in iOS

JESENIČNIK KOTNIK, MITJA (author), Jurič, Matjaž Branko (mentor)

Poznavanje lokacije mobilnih naprav postaja v zadnjih letih zaradi vse večjega števila potrošniško usmerjenih aplikacij čedalje pomembnejše. Glede na lokacijo nam, omogoča personalizirati oglase za uporabnika, prikazati vremenske napovedi in najti vse bližnje ustanove, ki jih v danem trenutku potrebujemo. V diplomskem delu smo predstavili različne načine implementacije lokacijske zavednosti v mobilnih aplikacijah na platformah Android in iOS. Implementirali smo aplikacijo, v kateri smo lokacijsko zavednost omogočili s pomočjo lokacijskih področij in jo preizkusili na praktičnem primeru. Med nastajanjem tega dela smo ugotovili, da je natančnost odvisna od hitrosti gibanja naprave in radija lokacijskega področja.

• Language: Slovenian
• Keywords: mobilne naprave, ios, android, lokacija, GPS, lokacijska področja
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2019
• PID: 20.500.12556/RUL-107107
• Publication date in RUL: 28.03.2019

Secondary language

• Language: English
• Title: Developing efficient location-aware mobile applications on Android and iOS platforms

Abstract

Knowing the location of mobile devices is becoming more and more important in recent years due to an increasing number of consumer-oriented applications. Depending on the location, it allows us to personalize ads for the user, display weather forecasts, and find all nearby institutions that we need at a given moment. In this thesis, we presented various ways to implement location awareness in mobile applications on Android and iOS platforms. We implemented an application in which the location awareness was made possible through geofences. In the course of this work, we established that the accuracy depends on the speed of movement of the device and the radius of the location region.

• Keywords: mobile devices, ios, android, location, GPS, geofence