Programska oprema za razvoj vgrajenih elektronskih sistemov

Končnik, Uroš (author), Žemva, Andrej (mentor)

Razvoj programske opreme modernih vgrajenih elektronskih sistemov je obsežno in zahtevno delo. Za doseganje hitrih in učinkovitih rezultatov je potrebno razvoj programske opreme poenostaviti z orodjem, ki standardizira razvojni proces. V nalogi predstavimo postopek izdelave orodja, ki ga bomo imenovali programsko razvojno ogrodje. Pred pričetkom izdelave definiramo zahteve in cilje, ki jim moramo zadostiti in jih doseči pri izdelavi. Programskemu razvojnemu ogrodju določimo strukturo, ki jo razdelimo na sistemske in aplikativne programske module ter na podporna orodja. Sistemski programski moduli vsebujejo izvajalno osnovo. Aplikativni programski moduli vsebujejo uporabniško aplikativno kodo. Podporna orodja nudijo metode za objavljanje paketov izdelane programske opreme. Uspešnost programskega razvojnega ogrodja v zaključku potrdimo s primerom uporabe v podjetju. Najprej navedemo nekaj uspešnih produktov, nato opravimo analizo projektnega dela na podlagi realnih podatkov iz podjetja. Izdelano programsko razvojno ogrodje se dokazano izkaže kot učinkovito orodje za razvoj programske opreme vgrajenih elektronskih sistemov.

• Language: Slovenian
• Keywords: vgrajeni elektronski sistemi, programska oprema, programsko razvojno ogrodje, razvojni proces
• Work type: Master's thesis
• Organization: FE - Faculty of Electrical Engineering
• Year: 2016
• PID: 20.500.12556/RUL-81539
• Publication date in RUL: 12.04.2016

Secondary language

• Language: English
• Title: Software tool for development of embedded elektronic systems

Abstract

Software development of modern embedded electronic systems is an extensive and demanding job. In order to achieve fast and effective work process a software tool for development process standardization is needed. We introduce a development process of such tool. The tool will be called software development framework. We determine and present the requirements and objectives our software development framework must meet before the development process begins. Afterwards we define the structure divided into system and application software modules and support tools. System software modules form the program execution basis. Application software modules contain product user code. Support tools provide methods for publishing packages of compiled software. In conclusion we confirm the software development framework effectiveness by applying it to a development process in an actual company. We present a number of successful products and then perform an analysis of project work based on real life data. The introduced software development framework has proven an effective software tool for development of embedded electronic systems.

• Keywords: embedded electronic systems, software, software development framework, development process