Lukas Hanisch

Papers

Total Citations

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About

Lukas Hanisch is a researcher focused on advancing LiDAR technology, with a particular emphasis on optimizing sensor performance for autonomous systems. His work addresses critical challenges in target detection and environmental perception, where precise object identification is essential for applications ranging from autonomous driving to robotics. Hanisch’s most-cited paper, "Investigation of angular resolution requirements for LiDAR systems" (2024), tackles the pressing issue of establishing clear standards for LiDAR angular resolution—a key factor in improving detection accuracy and system reliability. This research provides foundational insights into how resolution parameters affect target discrimination, offering guidance for designing more efficient and cost-effective LiDAR sensors. With 1 citation in its early publication stage, the work signals growing interest in standardizing LiDAR performance metrics. Hanisch’s contributions are particularly valuable as industries increasingly rely on LiDAR for safety-critical tasks, and his findings help bridge the gap between theoretical requirements and practical implementation. His ongoing research promises to shape future sensor design and deployment strategies in autonomous navigation and environmental monitoring.