Papers
1
Total Citations
4
H-Index
1
About
Matthias Heinze’s research centers on optical 3D metrology, with a particular focus on multi-view fringe projection systems. His work addresses a fundamental challenge in 3D scanning: seamlessly merging multiple point clouds captured from different angles into a single, accurate digital model. In his most-cited paper, “The concept of virtual landmarks in 3D multi-view fringe projection” (2007), Heinze introduced a novel approach using virtual landmarks—artificial features projected onto the object’s surface—to simplify and improve the registration of overlapping scans. This method reduces the need for complex mechanical setups or physical markers, enabling more efficient and precise 360-degree digitization. While his citation count stands at 4, the conceptual contribution is notable for its elegance and practical utility in industrial and cultural heritage applications. Heinze’s work exemplifies how targeted innovations in sensor fusion and coordinate transformation can advance the field of non-contact 3D measurement, offering a streamlined path from raw scan data to complete 3D datasets.
Research Focus
Key Achievements
Top Papers
- 1The concept of virtual landmarks in 3D multi-view fringe projection4 citations · 2007