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About

Henrik C. Pedersen is a leading researcher in the field of hydraulic servo systems and flexible robotics, with a primary focus on advanced nonlinear control strategies for heavy-duty manipulators. His work addresses the fundamental challenge that hydraulic systems are intrinsically nonlinear, making traditional linear control approaches overly conservative. Pedersen’s major contributions include the development and experimental validation of feedback linearization and adaptive control schemes for hydraulic servo robots, demonstrating how nonlinear control techniques can achieve high-performance position tracking with minimal error. His 2013 study on control strategies for hydraulic servo robots (17 citations) provides a comprehensive experimental evaluation of both linear and nonlinear controllers, while his 2015 work on modeling flexible hydraulic loader cranes (21 citations) advances the use of assumed modes methods for flexible structures. Pedersen’s research is distinguished by its practical, experimental approach—validating theoretical control designs on real hydraulic manipulators rather than relying solely on simulation. His low-order adaptive control scheme (2015) offers a computationally efficient solution for high-performance position control, making his work particularly valuable for industrial applications in construction, forestry, and material handling.