Essays about: "3D-Point Clouds"
Showing result 11 - 15 of 32 essays containing the words 3D-Point Clouds.
-
11. Fjärrmätning av spårdjup i skogsterräng med drönare och digital stereofotogrammetri
University essay from SLU/Department of Forest Biomaterials and Technology (from 131204)Abstract : Markstörning i form av spårbildning och kompaktering av marken är oftast påtagliga vid maskinellt avverkade områden. Skoglig inventering och kartläggning av skogsrelaterade skador med hjälp av flygfotografering har används sedan 1970-talet. READ MORE
-
12. Improving 3D Point Cloud Segmentation Using Multimodal Fusion of Projected 2D Imagery Data : Improving 3D Point Cloud Segmentation Using Multimodal Fusion of Projected 2D Imagery Data
University essay from Linköpings universitet/DatorseendeAbstract : Semantic segmentation is a key approach to comprehensive image data analysis. It can be applied to analyze 2D images, videos, and even point clouds that contain 3D data points. READ MORE
-
13. Modeling and characterization of forest stands using aerial and terrestrial photogrammetry
University essay from SLU/Southern Swedish Forest Research CentreAbstract : The master ‘s thesis focused on forest inventory process based on the photogrammetric point cloud. The study deals with forest stand data collecting using terrestrial and aerial photogrammetry. READ MORE
-
14. Development of a Laboratory Test Method for Assessment of Crater Wear Volume on Inserts for Steel Turning
University essay from Luleå tekniska universitet/Institutionen för teknikvetenskap och matematikAbstract : This thesis project was carried out at Sandvik Coromant in Västberga, Sweden with the purpose of developing a new laboratory test method for volumetric assessment of crater wear on inserts for steel turning. The test method was developed with the Sandvik Coromant´s existing crater wear measurement method as a starting point. READ MORE
-
15. Object identication in 3D urban environments
University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)Abstract : This project investigates the problem of object identification in three-dimensional (3D) urban models represented by meshes. More specifically, the objective is to detect defects or poorly rendered objects, called artefacts, in order to remove them later on. READ MORE