Comparison the platforms and languages used to develop application for mobile devices
2019
0 views
0 downloads
Advisor: Dr. Öğr. Üyesi Said Mahmut Çınar
Abstract (EN)
Nowadays, mobile devices are widely used. These devices use programs called mobile applications developed for different operations. Today, there are many platforms in the software industry that can be used to develop amateur or professional mobile applications. Various criteria need to be considered in the selection of these application development platforms. These; operating systems of mobile devices (Android, IOS, Microsoft, etc.), the software development language used on the platform (C, Swift, Java, etc.), the way the platform works (online or offline), whether the platform is paid or free. In this thesis, more than fifty frameworks used in developing mobile applications, more than ten development platforms and editors are examined and learning opportunities, durations, advantages and disadvantages are compared. In addition, by making application designs at the beginning level using compared platforms it was tried to create a resource to guide people who starts mobile programming.
Author
Dr. Hilmi Bilici
Institution
How to Cite
Hilmi Bilici (Master Thesis). Comparison the platforms and languages used to develop application for mobile devices, 2019, Afyon Kocatepe University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Afyon Kocatepe University
- SURFACE ACCURACY MEASUREMENTS OF A FOLDABLE COMPOSITE REFLECTOR(2012)
- Comparative proteomics analyses of flowers at different development stages in Thermopsis turcica, endemic to Turkey(2016)
- The effect of employees' trust in supervisors and their quality of working life on their intention to leave job: A study in five star thermal hotels in Afyonkarahisar(2016)
- On the Pasch geometry(2017)
- On the characterization of circle-preserving maps(2017)
- Investigation of possible genotoxic effects of oxadiazone and pendimethaline herbicides by comet and micronucleus test systems(2017)