Picture for Derek Lichti

Derek Lichti

Towards Automatic Digital Documentation and Progress Reporting of Mechanical Construction Pipes using Smartphones

Add code
Dec 20, 2020
Figure 1 for Towards Automatic Digital Documentation and Progress Reporting of Mechanical Construction Pipes using Smartphones
Figure 2 for Towards Automatic Digital Documentation and Progress Reporting of Mechanical Construction Pipes using Smartphones
Figure 3 for Towards Automatic Digital Documentation and Progress Reporting of Mechanical Construction Pipes using Smartphones
Figure 4 for Towards Automatic Digital Documentation and Progress Reporting of Mechanical Construction Pipes using Smartphones
Viaarxiv icon

Robust Detection of Non-overlapping Ellipses from Points with Applications to Circular Target Extraction in Images and Cylinder Detection in Point Clouds

Add code
Dec 20, 2020
Figure 1 for Robust Detection of Non-overlapping Ellipses from Points with Applications to Circular Target Extraction in Images and Cylinder Detection in Point Clouds
Figure 2 for Robust Detection of Non-overlapping Ellipses from Points with Applications to Circular Target Extraction in Images and Cylinder Detection in Point Clouds
Figure 3 for Robust Detection of Non-overlapping Ellipses from Points with Applications to Circular Target Extraction in Images and Cylinder Detection in Point Clouds
Figure 4 for Robust Detection of Non-overlapping Ellipses from Points with Applications to Circular Target Extraction in Images and Cylinder Detection in Point Clouds
Viaarxiv icon

Automated Calibration of Mobile Cameras for 3D Reconstruction of Mechanical Pipes

Add code
Dec 04, 2020
Figure 1 for Automated Calibration of Mobile Cameras for 3D Reconstruction of Mechanical Pipes
Figure 2 for Automated Calibration of Mobile Cameras for 3D Reconstruction of Mechanical Pipes
Figure 3 for Automated Calibration of Mobile Cameras for 3D Reconstruction of Mechanical Pipes
Figure 4 for Automated Calibration of Mobile Cameras for 3D Reconstruction of Mechanical Pipes
Viaarxiv icon

Modelling Errors in X-ray Fluoroscopic Imaging Systems Using Photogrammetric Bundle Adjustment With a Data-Driven Self-Calibration Approach

Add code
Oct 19, 2018
Figure 1 for Modelling Errors in X-ray Fluoroscopic Imaging Systems Using Photogrammetric Bundle Adjustment With a Data-Driven Self-Calibration Approach
Figure 2 for Modelling Errors in X-ray Fluoroscopic Imaging Systems Using Photogrammetric Bundle Adjustment With a Data-Driven Self-Calibration Approach
Figure 3 for Modelling Errors in X-ray Fluoroscopic Imaging Systems Using Photogrammetric Bundle Adjustment With a Data-Driven Self-Calibration Approach
Figure 4 for Modelling Errors in X-ray Fluoroscopic Imaging Systems Using Photogrammetric Bundle Adjustment With a Data-Driven Self-Calibration Approach
Viaarxiv icon