H. Vogt

Papers

Total Citations

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About

H. Vogt is a researcher focused on advancing LiDAR technology for autonomous systems, with a particular emphasis on robust 3D environmental monitoring. Their key research areas include direct time-of-flight (ToF) sensors, high-ambient-light performance, and near-infrared optical sensing for robotics and autonomous driving. Vogt’s major contribution lies in developing measurement concepts that enable reliable depth perception even under challenging ambient light conditions—a critical hurdle for real-world deployment of self-driving vehicles and automation. Their most-cited work, "Measurement concept for direct time-of-flight sensors at high ambient light" (2019), has garnered 3 citations and addresses the need for fast, eye-safe LiDAR using invisible near-infrared light. This work underscores Vogt’s role in bridging the gap between sensor theory and practical, high-performance systems. By tackling the trade-off between speed, accuracy, and safety in harsh lighting, Vogt has helped pave the way for more resilient perception in autonomous navigation. Their research continues to influence engineers and scientists working on next-generation LiDAR for robotics and automotive applications.