Michael C. Hollenbeck
Papers
1
Total Citations
2
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About
Michael C. Hollenbeck is a pioneering researcher in the field of fractional-order systems and their application to signal processing and control engineering. His work bridges the gap between theoretical fractional calculus and practical hardware implementation, with a particular focus on polymer-electrolyte transistors for real-time fractional-order signal processing. His most cited paper, "Fractional-order signal processing using a polymer-electrolyte transistor" (2008), introduced a novel approach to implementing fractional-order transfer functions in hardware, enabling the characterization of complex nonlinear dynamics with significantly fewer parameters than traditional integer-order methods. This work has direct implications for flight control, robotics, missile guidance, structural vibration control in space platforms, and advanced sensor technologies. While his citation count remains modest, Hollenbeck's contributions represent a foundational step toward miniaturized, low-power fractional-order computing systems. His research continues to influence the development of neuromorphic computing and adaptive control systems, where fractional-order dynamics offer more natural models for biological and physical processes.
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Top Papers
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