Universität Bonn

Deformation Analysis Based on Terrestrial Laser Scanner Measurements (TLS-Defo, FOR 5455)

  • Project 1: Surface Representation and Area-wise Deformation Analysis
  • Project 2: Calibration of Laser Scanners
  • Project 3: Measurement Uncertainty
  • Project 4: Surface Approximation Uncertainty
  • Project 5: Distribution-free Uncertainty
Deformation Analysis Based on Terrestrial Laser Scanner Measurements (TLS-Defo, FOR 5455) Deformation Analysis Based on Terrestrial Laser Scanner Measurements (TLS-Defo, FOR 5455) Deformation Analysis Based on Terrestrial Laser Scanner Measurements (TLS-Defo, FOR 5455)
  • Projects
  • Partners
Deformation Analysis Based on Terrestrial Laser Scanner Measurements (TLS-Defo, FOR 5455)
  • Projects
  • Partners
PROJECTS
  • Project 1: Surface Representation and Area-wise Deformation Analysis
  • Project 2: Calibration of Laser Scanners
  • Project 3: Measurement Uncertainty
  • Project 4: Surface Approximation Uncertainty
  • Project 5: Distribution-free Uncertainty
Projects
Projects
  • Überblick Projects
  • Project 1: Surface Representation and Area-wise Deformation Analysis
  • Project 2: Calibration of Laser Scanners
  • Project 3: Measurement Uncertainty
  • Project 4: Surface Approximation Uncertainty
  • Project 5: Distribution-free Uncertainty
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  1. TLS-Defo, FOR 5455
  2. Team
  3. Christoph Holst
Christoph Holst
Prof. Dr. Christoph Holst

christoph.holst@tum.de

Webseite1

+49 89 289 - 22851; 55651

Links

  1. https://www.asg.ed.tum.de/gds/holst/
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Projects
Project 1: Surface Representation and Area-wise Deformation Analysis
Project 2: Calibration of Laser Scanner
Project 3: Measurement Uncertainty
Project 4: Surface Approximation Uncertainty
Project 5: Distribution-free Uncertainty

Deformation analysis based on terrestrial laser scanner measurements (TLS-Defo), DFG Research Unit FOR 5455
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