Papers
7
Total Citations
51
H-Index
4
About
Shiyu Liu’s research bridges the gap between autonomous navigation and aerial manipulation, with foundational work in omni-directional vision localization and pioneering advances in multi-UAV parallel robotics. Liu’s early contributions established robust algorithms for omni-vision-based global localization using particle filters and fisheye lens calibration, techniques that remain influential in autonomous ground vehicle guidance. These papers, including the 2007 “Omni-directional Vision Localization Based on Particle Filter” (21 citations), provided a compact, panoramic solution to real-time positioning and target tracking. More recently, Liu has focused on the Flying Parallel Robot (FPR)—a multi-UAV system with rigid links that achieves high payload capacity and full 3D manipulability. Key contributions include decentralized control and state estimation for FPRs interacting with the environment (2023, 9 citations), wrench estimation for impedance-based control (2022), and teleoperation using intrinsic measurements (2021). Liu’s work on wrench capability analysis (2025) further defines the available thrust set for cooperative aerial robots. With a career spanning foundational vision algorithms to cutting-edge aerial manipulation, Liu’s research has accumulated over 50 citations, shaping both autonomous navigation and cooperative aerial robotics.
Research Focus
Key Achievements
Top Papers
- 1Omni-directional Vision Localization Based on Particle Filter21 citations · 2007
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