G. A. Shoults

Papers

Total Citations

209

H-Index

About

G. A. Shoults has made foundational contributions to the field of marine robotics, with a primary focus on the dynamic modeling and control of underwater robotic vehicles (URVs) equipped with manipulator arms. His most influential work, "A dynamic model of an underwater vehicle with a robotic manipulator using Kane's method," has garnered over 100 citations, establishing it as a key reference in the field. Shoults’ research addresses a critical challenge in underwater exploration: developing accurate, closed-form dynamic models essential for both controller design and mission simulation. By applying Kane's method, he provided a computationally efficient framework for modeling the complex, coupled dynamics between a URV and its n-axis manipulator—a significant advancement over traditional Newton-Euler or Lagrangian approaches. This work directly supports the development of robust autonomous systems for marine resource exploitation. Shoults’ contributions are particularly notable for enabling more precise control strategies, which are vital for tasks requiring high dexterity and stability in unpredictable underwater environments. His research remains a cornerstone for engineers and researchers working on autonomous underwater vehicles and robotic manipulation.