Jwu-Jiun Yang
Papers
1
Total Citations
6
H-Index
1
About
Jwu-Jiun Yang is a robotics researcher whose work bridges real-time vision processing and autonomous manipulation. His key research areas include embedded visual servoing, stereo vision tracking, and robotic catching systems. Yang’s most cited work, “A robotic ball catcher with embedded visual servo processor” (2010), demonstrates a breakthrough in high-speed object tracking: by leveraging an embedded processor with parallel computing capabilities, his system triangulates a flying ball’s 3D position in real time using stereo vision. This innovation enables a robotic arm to intercept moving targets with remarkable precision—a critical capability for industrial automation, human-robot interaction, and sports robotics. With 6 citations, this paper has influenced subsequent work in visual servo control and embedded vision architectures. Yang’s contributions highlight the power of integrating dedicated hardware accelerators with recursive least-squares estimation for dynamic environments. His achievements underscore a practical approach to making robots more responsive and autonomous, offering valuable insights for students and researchers developing real-time perception systems for agile robotics.
Research Focus
Key Achievements
Top Papers
- 1A robotic ball catcher with embedded visual servo processor6 citations · 2010