Hyacinth C. Inyiama
Papers
2
Total Citations
16
H-Index
2
About
Hyacinth C. Inyiama is a dedicated researcher in robotics and control systems, with a primary focus on the dynamic modeling and robust control of articulated robotic manipulators. Their work addresses critical challenges in joint torque control, particularly the development of accurate mathematical models that account for subsystem dynamics—a key source of failure in robotic systems. Inyiama’s 2017 paper on dynamic modeling of a 3-DOF articulated manipulator, which has garnered 8 citations, provides a foundational framework for independent joint scheme analysis. Building on this, their 2020 study on robust control under uncertainties, also cited 8 times, introduces H-Infinity synthesis to mitigate instability from parameter variations and external disturbances. By comparing robust control strategies, Inyiama demonstrates a practical approach to enhancing manipulator reliability in uncertain environments. Their contributions are valuable for advancing precision and safety in industrial and service robotics, offering students and researchers a clear pathway from theoretical modeling to real-world control solutions. Inyiama’s work underscores the importance of bridging dynamic modeling with robust design, making it a key reference for those exploring robotic manipulator control.
Research Focus
Key Achievements
Top Papers
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