Lauaarvuti komplekteerimine kodukasutajale jõudlustestide tulemuste põhjal
Date
2017
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Käesoleva töö eesmärgiks oli anda praktilisi teadmisi lauaarvuti komponentide valimisest, komplekteerimisest ning ostmisest neile, kes plaanivad endale soetada lauaarvuti. Töö teoreetilises osas antakse lühike ülevaade arvuti struktuurist komponentide tasemel, kus piiritletakse täpsemalt, mida uuritakse, ja kirjeldatakse, mis rakendused on jõudlustestid. Praktiline osa töös on erinevate jõudlustestide uurimine: mida iga valitud jõudlustest endast kujutab, mida peaks see teistest paremini tegema, valideeritakse nende õigsust reaalseid testsüsteeme kasutades ja tuuakse hinnang nende väärtusest kasutajale. Valideeritud jõudlusteste ning tulemusi kasutatakse erinevatel eesmärkidel nagu: kas osta eelkomplekteeritud või komponentidena arvutit, kas seda soetada jaekaubanduskettidest või spetsialiseerunud firmadest, kas osta komponente välismaalt või Eestist. Lõpetuseks kirjeldatakse jõudlustestide tulemustest ja turuuuringust, kuidas kasutada jõudlusteste arvutikomponentide valikul, millistele komponentidele peaks rõhku panema ning kuidas üldisemalt soetada endale kiiret, võimsat ja eelarve kohast lauaarvutit, mida oleks võimalik kasutada kõikideks otstarveteks.
In this work, a methodology for selecting computer components for use in a home desktop computing is developed. The theoretical part in the work gives a brief overview of the structure of the system in the component level, where more detailed approach is given and what is evaluated, and what are benchmarking tests. The practical part of the work is studying various benchmarking tests: what is each and every benchmarking test selected in this work about, how is one better than the other. Benchmarking tests are validated by set of test machines used in this work and how are these valuable for user. Validated results are used for various purposes such as: is it more valuable to buy prebuilt computer or customizing it by purchasing individual components, whether is it better to acquire it from general electronics retail chains or from specialized computer stores, whether to buy components from abroad or from Estonia. Benchmarking tests and component prices are used to determine the best components to use in a fast and powerful budget desktop computer for general purpose use.
In this work, a methodology for selecting computer components for use in a home desktop computing is developed. The theoretical part in the work gives a brief overview of the structure of the system in the component level, where more detailed approach is given and what is evaluated, and what are benchmarking tests. The practical part of the work is studying various benchmarking tests: what is each and every benchmarking test selected in this work about, how is one better than the other. Benchmarking tests are validated by set of test machines used in this work and how are these valuable for user. Validated results are used for various purposes such as: is it more valuable to buy prebuilt computer or customizing it by purchasing individual components, whether is it better to acquire it from general electronics retail chains or from specialized computer stores, whether to buy components from abroad or from Estonia. Benchmarking tests and component prices are used to determine the best components to use in a fast and powerful budget desktop computer for general purpose use.