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Tatsunori Taniguchi is a pioneering researcher in the field of robotic manipulation and control systems, with a primary focus on the dynamic challenge of liquid sloshing suppression during automated transport. His work sits at the intersection of mobile robotics, vibration control, and sensor design. Taniguchi’s major contribution is the development of innovative control strategies for wheeled mobile robots tasked with transferring liquid-filled containers. He introduced a spherical pendulum-type model to accurately represent liquid sloshing dynamics, enabling the design of optimal paths and acceleration patterns that actively dampen oscillations. His research, spanning from 2002 to 2006, includes the construction of dual swing-type active vibration reducers and the application of optimal servo controllers to minimize residual vibrations. Taniguchi also ventured into sensor technology, designing a compact robot finger force sensor that leverages neural networks to overcome size constraints and signal interference. While his citation counts (ranging from 2 to 9) reflect a focused, niche impact, his work is foundational for industries requiring precise, spill-free liquid handling—such as chemical processing and food packaging—and demonstrates a unique blend of theoretical modeling and practical robotic control.