Gottfried Mandlburger
Papers
3
Total Citations
33
H-Index
2
About
Gottfried Mandlburger is a researcher specializing in kinematic mapping, trajectory estimation, and multi-sensor integration for unmanned aerial systems (UAS). His work sits at the intersection of geospatial engineering, robotics, and navigation technology, with a particular focus on fusing diverse sensor modalities to achieve precise positioning and orientation in complex environments. Mandlburger's most influential contribution is his comprehensive 2023 framework reviewing integrated trajectory estimation using GNSS, INS, and imaging sensors, which has already attracted 30 citations — a strong indicator of its significance to the geospatial and navigation research communities. This work provides both theoretical grounding and practical guidance for kinematic mapping workflows, making it a valuable reference for researchers and practitioners alike. His more recent investigations push the boundaries of trajectory estimation into scenarios where traditional GNSS-based approaches fall short. By exploring decentralized multi-sensor systems built around robotic total stations (RTS), Mandlburger addresses the critical challenge of reliable UAS navigation in GNSS-degraded environments. His 2025 numerical simulation study further demonstrates a rigorous, sensitivity-driven approach to validating these methods. Together, his publications reflect a coherent and growing research agenda aimed at making aerial mapping more robust, accurate, and adaptable across diverse operational conditions.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3