David P Stoten
Papers
5
Total Citations
140
H-Index
4
About
David P. Stoten is a pioneering figure in adaptive control, whose work has fundamentally shaped the fields of robotics and structural testing. His primary research focuses on the development and application of the Minimal Control Synthesis (MCS) algorithm, a powerful model-reference adaptive control strategy that requires no prior knowledge of system dynamics. Stoten’s most impactful contribution is the application of MCS to shaking tables, a critical tool for earthquake engineering. His seminal 2001 paper on this topic, with 90 citations, demonstrated how adaptive control could overcome the limitations of conventional fixed-gain algorithms, enabling more accurate and reliable simulation of seismic events on physical structures. Beyond structural testing, Stoten has made significant strides in robotics, notably with his 1985 work on decoupled adaptive control for manipulators (25 citations) and his 1992 study on hybrid force-motion control. These contributions address the formidable challenges of nonlinearities, cross-coupling, and unknown parameter changes in robotic systems. His later work extends the MCS algorithm with integral action for improved precision in serial link manipulators, cementing his legacy as an innovator in adaptive systems that learn and respond in real time.
Research Focus
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Top Papers
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