Rekonstrukcija 3D obraza iz posameznih slik
VERDINEK, LAN (Avtor), Batagelj, Borut (Mentor) Več o mentorju...

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Izvleček
Namen diplomske naloge je bil ustvarjanje matematičnega programa, kjer bi ta pretvoril preproste slike obrazov v 3D-model. Ta program bi bil uporabljen za namene forenzike, kjer bi program omogočal lažje primerjanje obrazov za namene prepoznave ljudi. S 3D-modelom bi bilo prepoznavanje bolj natančno, kakor pa s sliko ali videom. Program je bil ustvarjen v okolju Python, kjer program prejme slike, iz nje izlušči podatke ter poskusi ustvariti čimbolj natančen 3D-model. Metoda, ki jo program uporablja, je iskanje globine v navadni sliki, kjer se globine pretvorijo v 3D- model. Nalogo smo uspešno rešili s pomočjo nevronskih mrež, ki so ustvarile podano kopijo obraza v 3D-okolje.

Jezik: Slovenski jezik Gimp, Blender, Forenzika, 3D model, prepoznavanje obrazov Diplomsko delo/naloga (mb11) FRI - Fakulteta za računalništvo in informatiko 2020 27536643 51 20 (0 glasov) Ocenjevanje je dovoljeno samo prijavljenim uporabnikom. AddThis uporablja piškotke, za katere potrebujemo vaše privoljenje.Uredi privoljenje...

## Sekundarni jezik

Jezik: Angleški jezik Construction of a 3D face from images The purpose of this diploma thesis is to create a mathematical program, which would convert simple pictures of faces into a 3D model. The program would be used for forensic applications, where it would enable an easier detection of faces. With a 3D model, identification would be more accurate, unlike identification from a simple image or video. The program would be created in the Python environment, where the it would use the image as an input, where the image would be stripped for data for the program to attempt to recreate an as accurate as possible 3D model of the face in the image. The method, which the program would use is depth detection, where the depth would be converted to a 3D model. With the help of neural networks we were able to successfully create a copy of a face in a 3D environment. Gimp, Blender, Forensics, 3D model, face detection.

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