Jonathan A. Muse
Wright-Patterson Air Force Base
17 Papers
29 Citations
Jonathan A. Muse is an academic researcher from Wright-Patterson Air Force Base. The author has contributed to research in topics: Adaptive control & Reference model. The author has an hindex of 5, co-authored 15 publications. Previous affiliations of Jonathan A. Muse include Air Force Research Laboratory.
Chat about Author
Papers
Computing actuator bandwidth limits for model reference adaptive control
TL;DR: A linear matrix inequalities-based hedging approach is developed and evaluated for model reference adaptive control of uncertain dynamical systems in the presence of actuator dynamics and proposes a linear matrix inequality-based framework for the computation of the minimum allowable actuator bandwidth limits.
58
Relaxing the stability limit of adaptive control systems in the presence of unmodelled dynamics
TL;DR: An adaptive control architecture such that the proposed adaptive controller is augmented with an adaptive robustifying term is presented, which allows the closed-loop dynamical system to remain stable in the presence of large system uncertainties when the unmodelled system dynamics satisfy a set of conditions.
38
Computing stability limits for adaptive control laws with high-order actuator dynamics
TL;DR: This paper considers the design of model reference adaptive control laws for uncertain dynamical systems in the presence of high-order actuator dynamics using a linear matrix inequalities-based hedging approach and analyzes the convergence properties of the modified reference model to the ideal reference model.
18
Adaptive control systems with unstructured uncertainty and unmodelled dynamics: a relaxed stability condition
TL;DR: Stability conditions of model reference adaptive control architectures in the presence of unstructured system uncertainties and unmodeled dynamics are analyzed and synthesized.
13
Great Hospitals: The History of Neurosurgery at the University of Vermont Medical Center, A Macroscopic Examination of Microscope-Savvy Pioneers.
TL;DR: The UVM Division of Neurosurgery has a rich history of innovation and academic prowess, which have significantly contributed to making neurosurgery the field it is today as discussed by the authors , including microneurosurgery, the performance of the first extracranial to intracranial bypass, and the education of other neurosurgical giants.
9