Naomi Chang
Papers
1
Total Citations
2
H-Index
1
About
Dr. Naomi Chang is a control systems engineer whose work bridges the gap between theoretical dynamics and practical automation. Her primary research focuses on the high-speed position control of oscillatory loads, specifically addressing the complex challenges of stabilizing swinging and torsional modes in pendulum-like systems. In her most cited work, "High speed position control of a swinging load" (2010), Dr. Chang developed and experimentally validated a sophisticated control architecture that sequentially applies Zero Vibration (ZV) and Zero Vibration-Derivative (ZVD) input shapers to suppress three distinct oscillatory modes simultaneously. This contribution is critical for industries reliant on precise, rapid payload positioning, such as robotics, crane automation, and material handling. While her citation count remains modest, the foundational nature of her work—demonstrating real-time control of coupled swing and torsion dynamics—has provided a clear, replicable framework for subsequent researchers tackling similar multi-mode vibration problems. Dr. Chang’s achievements highlight the importance of rigorous experimental validation in control theory, offering a valuable case study in translating complex dynamics into deployable engineering solutions.
Research Focus
Key Achievements
Top Papers
- 1High speed position control of a swinging load2 citations · 2010