S. Garibaldi

Papers

Total Citations

256

H-Index

About

S. Garibaldi is a pioneer in bio-inspired robotics, whose research bridges the gap between insect neuroethology and autonomous navigation. His primary contributions lie in the development of **divergent stereo vision** systems for mobile robots, a paradigm shift from traditional forward-facing stereo setups. By studying how bees use lateral optic flow to avoid obstacles and gauge distance, Garibaldi designed robots equipped with two cameras pointed in opposite directions, creating non-overlapping visual fields that mimic insect vision. This approach, detailed in his seminal 1995 paper "Divergent stereo in autonomous navigation: From bees to robots" (155 citations), demonstrated that robots could navigate complex environments using qualitative optical flow rather than precise depth maps. His follow-up work (2002, 88 citations) formalized this qualitative method, showing how divergent stereo enables robust, real-time obstacle avoidance with minimal computational overhead. Garibaldi's "Robotic bees" (2002, 13 citations) further validated the system in practical experiments, cementing his role as a key figure in **biomimetic robotics**. His work has inspired subsequent research in insect-inspired navigation, offering an elegant solution to the challenge of lightweight, energy-efficient autonomous systems.