Fotogrammetrijas metode mikrofosīliju 3D modeļu izveidei
Date
2019
Authors
Ješkins, Jurijs
Journal Title
Journal ISSN
Volume Title
Publisher
Latvijas Universitāte
Abstract
Ješkins J. 2019. Fotogrammetrijas metode mikrofosīliju 3D modeļu izveidei. Maģistra darbs. Pētījuma mērķis ir izstrādāt mikrofosīliju 3D rekonstrukcijas metodi, izmantojot fotogrammetrijas principu. Autors piedāvā inovatīvu 3D modeļu izveides metodi, pielietojot attēlu iegūšanu ar optiskās mikroskopijas palīdzību un attēlu fotogrammetrisko apstrādi. Izstrādātā metode ir aprobēta uz dažāda vecuma, izmēra, minerālā un ķīmiskā sastāva mikrofosīlijām, un tiek rekomendēta kā alternatīva esošajām metodēm. Izstrādāta metode var tikt pielietota zinātniskiem nolūkiem pētnieku komandās, kurām nav pieejamas citas, komplicētas un dārgas metodes 3D rekonstrukciju veikšanai. Pētījuma diskusijā autors piedāvā metodes uzlabojumus, kā arī izvirza priekšlikumus metodes turpmākai attīstīšanai.
Ješkins J. 2019. Photogrammetry method for 3D modelling of microfossils. Master’s thesis. The study aims to develop a 3D reconstruction method of microfossils, using photogrammetry. Author suggests innovative 3D model reconstruction method, using photo acquisition by optical microscopy and photogrammetric analysis. Developed method has been proved by multiple model development of microfossils, that differs in age, shape, mineral and chemical composition, and is recommended as an alternative to existing methods. Developed method is considered to be used for scientific applications in research teams, that lack an opportunity to use other, more complicated and expensive methods for 3D reconstructions of microfossils. In discussion part, author suggests multiple improvements of the developed method, as well as proposes ideas for future development of the method.
Ješkins J. 2019. Photogrammetry method for 3D modelling of microfossils. Master’s thesis. The study aims to develop a 3D reconstruction method of microfossils, using photogrammetry. Author suggests innovative 3D model reconstruction method, using photo acquisition by optical microscopy and photogrammetric analysis. Developed method has been proved by multiple model development of microfossils, that differs in age, shape, mineral and chemical composition, and is recommended as an alternative to existing methods. Developed method is considered to be used for scientific applications in research teams, that lack an opportunity to use other, more complicated and expensive methods for 3D reconstructions of microfossils. In discussion part, author suggests multiple improvements of the developed method, as well as proposes ideas for future development of the method.
Description
Keywords
Ģeoloģija , paleontoloģija , mikropaleontoloģija , optiskā mikroskopija , fotogrammetrija , 3D rekonstrukcijas