S. Babaci
Papers
2
Total Citations
14
H-Index
2
About
S. Babaci is a robotics researcher whose work focuses on precision assembly and intelligent control of robotic systems, particularly parallel manipulators. Their key research areas include adaptive impedance control, fuzzy logic applications, and flexible automation for high-accuracy tasks. Babaci’s most influential contribution is the development of a fuzzy adaptation impedance controller for a 6 DOF parallel robot, enabling successful peg-in-hole insertion—a classic, challenging assembly problem. This work, published in 2002 with 11 citations, demonstrates how fuzzy logic can manage the nonlinear dynamics and high degrees of freedom inherent in parallel robots, offering a robust solution for force-sensitive tasks. Additionally, Babaci designed a flexible assembly cell that integrates a C5 joints parallel robot as a force-controlled active wrist with a cartesian robot, achieving precise three-step assembly (approach, misalignment correction, and insertion). This cell, cited 3 times, showcases a practical architecture for accurate automatic assembly. Babaci’s contributions bridge theoretical control strategies with real-world manufacturing challenges, providing foundational insights for researchers in robotics, automation, and intelligent control.
Research Focus
Key Achievements
Top Papers
- 1
- 2