Moritz Wende
Papers
2
Total Citations
17
H-Index
2
About
Moritz Wende’s research lies at the intersection of biologically inspired vision, autonomous navigation, and real-time robotic perception. His most cited work, “Robot navigation by combining central and peripheral optical flow detection on a space-variant map” (2002, 12 citations), introduces a novel approach that mimics the foveated visual system found in many animals. By processing optical flow differently in the central and peripheral fields of a space-variant map, Wende demonstrates how a monocular camera can simultaneously support obstacle avoidance and speed/direction control—a critical step toward efficient, low-computation autonomous agents. A companion paper (2002, 5 citations) further develops this framework, showing how real-time navigation can be achieved using only the optical flow generated by the robot’s own motion. Together, these contributions offer a principled, biologically plausible alternative to depth-based or stereo-vision systems, with implications for lightweight robotics and embedded vision. Though his citation counts are modest, Wende’s work is notable for its early and elegant fusion of computational neuroscience and practical robotics—a foundation that continues to influence research in neuromorphic control and minimalist sensor design.
Research Focus
Key Achievements
Top Papers
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