Andreas Steiner
Papers
2
Total Citations
12
H-Index
2
About
Andreas Steiner is a leading researcher in neuromorphic engineering, with a particular focus on bio-inspired vision sensors for autonomous systems. His work centers on developing compact, high-speed optical motion sensors that mimic the adaptive mechanisms of biological retinas, enabling robust performance in real-world lighting conditions. Steiner’s key contributions include the design and implementation of a 1 kHz 2D visual motion sensor, which integrates a 20×20 pixel continuous-time CMOS silicon retina with local background intensity adaptation and a DSP microcontroller for real-time optical flow computation. This platform, detailed in his most-cited paper (2015, 9 citations), represents a significant step toward miniature, low-latency vision systems for robotic and aerial applications. His earlier work (2014, 3 citations) laid the groundwork for this sensor, targeting small robotic platforms. Steiner’s research bridges the gap between biological vision principles and practical engineering, offering efficient solutions for motion detection in dynamic environments. His innovations are particularly impactful for the growing fields of micro-robotics and autonomous aerial vehicles, where speed, size, and adaptability are critical.
Research Focus
Key Achievements
Top Papers
- 1
- 21kHz 2D silicon retina motion sensor platform3 citations · 2014