• Wissenschaftlicher Mitarbeiter
  
  
  

Projekte

• DINO
• Ko-PER
• SMAP

Veröffentlichungen

• Numerically robust computation of circular visibility
• Optimal Arc Spline Approximation
• Evaluation of a Mapping Strategy Based on Smooth Arc Splines for Different Road Types
• Optimal Arc-Spline Approximation with Detecting Straight Sections
• Approximation of a closed polygon with a minimum number of circular arcs and line segments
• A Curvature Based Approach To Tortuosity Measurement Of Retinal Blood Vessels
• Integration von Strecken in die Kreisbogensplinepassung mit optimaler Segmentzahl (Best Paper Award)
• Minimum Description Length Arc Spline Approximation of Digital Curves
• SMAPs and High Precision Digital Maps
• Exploiting Arc Splines for Digital Maps
• Generation of High Precision Digital Maps using Circular Arc Splines
• Kreisbogensplines für die Prototyp-Passung Anwendungen im Automotive-Bereich
• Effiziente Prototyp-Passung mittels Kreisbogensplines und Anwendungsbeispiele aus dem Automotive-Bereich
• Reverse Engineering with Arc Splines
• Visual Quality Control of Planar Working Pieces. A Curve based approach using Prototype Fitting
• Real-time Detection and Classification of Arrow Markings using Curve-based Prototype Fitting
• Smooth Minimum Arc Paths. Contour Approximation with Smooth Arc Splines
• Object Detection in gray scale Images based on Invariant Polynomial Features
• Re-projective Pose Estimation of a Planar Prototype