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In natural and man-made systems, the ubiquitous application of feedback mechanisms vividly stands out. Whether occurring in the natural world or crafted by engineers, these systems share a fundamental reliance onFeedback feedback to enhance comprehension and functionality. Natural sciences are dedicated to studying laws governing the natural world. Similarly, engineering sciences utilise the principles exposed by natural sciences to innovate, design, and maintain artificial systems. TheFeedbackfeedback mechanismMechanism emerges as a unifying thread in both contexts, pivotal in understanding complex physical systems.

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Harnessing Models for Control Systems Analysis and Design

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  • 发表日期：

    2025年

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  • Ali Khaki-Sedigh

摘要

In natural and man-made systems, the ubiquitous application of feedback mechanisms vividly stands out. Whether occurring in the natural world or crafted by engineers, these systems share a fundamental reliance onFeedback feedback to enhance comprehension and functionality. Natural sciences are dedicated to studying laws governing the natural world. Similarly, engineering sciences utilise the principles exposed by natural sciences to innovate, design, and maintain artificial systems. TheFeedbackfeedback mechanismMechanism emerges as a unifying thread in both contexts, pivotal in understanding complex physical systems.