Viktor Hoerig
Papers
1
Total Citations
12
H-Index
1
About
Viktor Hoerig is a robotics researcher whose work centers on advancing robotic manipulation, particularly for deformable and textile-based objects. His key contributions lie in designing versatile grippers and control strategies that address the unique challenges of handling non-rigid materials—a critical frontier in manufacturing automation. His most cited work, the "NAIST Openhand M2S," introduces a two-finger gripper specifically adapted for pulling and tucking textiles, a task notoriously difficult for conventional robotic hands. This innovation, with 12 citations, demonstrates his ability to bridge the gap between rigid-object grasping and the nuanced manipulation of thin, flexible materials. Hoerig’s research has direct implications for automating tasks in textile production, where pushing or tucking fabric into small openings remains a barrier to efficiency. By focusing on open-source, adaptable hardware, he contributes to making robotic systems more accessible and practical for real-world industrial applications. His work not only advances the field of soft and deformable object manipulation but also inspires future designs for grippers that can handle a broader range of materials, marking him as a thoughtful engineer tackling one of robotics’ persistent challenges.
Research Focus
Key Achievements
Top Papers
- 1