3D Content Capturing and Reconstruction Using Microsoft Kinect Depth Camera
Santala, Miika (2012)
Oulun seudun ammattikorkeakoulu
2012
All rights reserved
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201205035964
https://urn.fi/URN:NBN:fi:amk-201205035964
Tiivistelmä
The main motivation behind this thesis was to create a new method of interaction between the physical and virtual space.
The object was set to be achieved by creating a 3D-scanner capable of producing 360-degrees scans of real world objects to be visualized and used inside virtual spaces. The implementation of this objective began by conducting a background research about the existing methods for acquiring depth data of the physical objects and about integrating multiple scans to form a solid 360-degree presentation.
As a result, the implementation of this work is able to obtain depth scans of the objects positioned on planar surfaces, filter the background data out from it and merge multiple scans in to a single point cloud presentation of the original object.
Further methods of processing the data for the purposes of real time rendering are addressed in the bachelor thesis of Juha Hyvärinen.
The object was set to be achieved by creating a 3D-scanner capable of producing 360-degrees scans of real world objects to be visualized and used inside virtual spaces. The implementation of this objective began by conducting a background research about the existing methods for acquiring depth data of the physical objects and about integrating multiple scans to form a solid 360-degree presentation.
As a result, the implementation of this work is able to obtain depth scans of the objects positioned on planar surfaces, filter the background data out from it and merge multiple scans in to a single point cloud presentation of the original object.
Further methods of processing the data for the purposes of real time rendering are addressed in the bachelor thesis of Juha Hyvärinen.