Programmatūras produkta kvalitātes atribūti un to metrikas
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Latvijas Universitāte
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lav
Abstract
Bakalaura darbā tika apskatīts ISO/IEC 25010 [1] standartā minētais produkta kvalitātes modelis, kas kategorizē sistēmas vai programmatūras produkta kvalitātes īpašības astoņos raksturlielumos: funkcionālā atbilstība, veiktspējas efektivitāte, saderība, lietojamība, uzticamība, drošība, uzturamība un pārnesamība. Katru no šiem raksturlielumiem veido saistītu apakšiezīmju kopums. Tika izpētīts, kā šīs īpašības piedāvā definēt un novērtēt dažādi avoti. Padziļināti tika izpētīts viens no raksturlielumiem – uzturamība. Tika izpētīta uzturamības apakšiezīmju novērtēšana un novērtēšanas metodes. Pamatojoties uz iegūtajiem rezultātiem, tiek sniegta informācija par produkta kvalitātes novērtēšanas priekšrocībām un sarežģījumiem.
Bachelor’s theses researched product quality model of the ISO / IEC 25010 [1] standard which categorizes quality characteristics of a system or software product into eight characteristics: functional suitability, performance efficiency, compatibility, usability, reliability, security, maintainability and portability. Each of these attributes consists of a set of related sub-characteristics. Research on how these quality attributes are proposed to be defined and evaluated in different sources was made. One of the characteristics, maintainability, was examined deeply. Measurement and measurement methods of maintenance sub-characteristics were researched. Based on the results of this paper information is provided on the advantages and obstacles of product quality assessment.
Bachelor’s theses researched product quality model of the ISO / IEC 25010 [1] standard which categorizes quality characteristics of a system or software product into eight characteristics: functional suitability, performance efficiency, compatibility, usability, reliability, security, maintainability and portability. Each of these attributes consists of a set of related sub-characteristics. Research on how these quality attributes are proposed to be defined and evaluated in different sources was made. One of the characteristics, maintainability, was examined deeply. Measurement and measurement methods of maintenance sub-characteristics were researched. Based on the results of this paper information is provided on the advantages and obstacles of product quality assessment.