F. La Mura
Papers
5
Total Citations
92
H-Index
4
About
F. La Mura is a researcher whose work sits at the fascinating intersection of biological vision, robotics, and micro-sensor engineering. Specializing in biologically inspired visual systems and autonomous robot navigation, La Mura has made significant contributions to the development of novel sensory technologies modeled on insect vision, particularly the compound eye of the fly. La Mura's most celebrated work centers on the "scanning local motion detector" (SLMD), a pioneering visual sensor that mimics retinal scanning mechanisms found in insects. This innovation enabled mobile robots to perform obstacle avoidance using motion parallax — a breakthrough approach that demonstrated how nature-inspired design could solve complex engineering challenges with elegant simplicity. The 2002 obstacle avoidance paper, which garnered 36 citations, stands as La Mura's most impactful contribution, complemented by closely related work on biomorphic micro compound eyes that attracted 27 citations. Across their publication record, La Mura demonstrated a sustained commitment to translating biological principles — particularly insect eye movements and visual processing strategies — into practical robotic guidance systems. With research spanning from foundational theoretical frameworks in the mid-1990s to refined micro-opto-electro-mechanical implementations in the early 2000s, La Mura's body of work remains a meaningful reference point for researchers pursuing neuromorphic sensing and visually guided autonomous systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5