Published numerous research papers on topics such as deep learning for universal linear embeddings of nonlinear dynamics, insect cyborgs improving machine learning accuracy on limited data, etc.; involved in various research projects like light bullet generation in waveguide arrays, retinal waves on starburst amacrine cells, etc.
Research Experience
Serves as the head of the Kutz Research Group, with extensive research experience across multiple disciplines including Applied Mathematics (AMATH), Electrical and Computer Engineering (ECE), and Mechanical Engineering.
Education
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Background
Research interests include sparsity and dynamics, dynamic mode decomposition, machine learning, reduced-order models, etc.; professional fields cover computational neuroscience, optics, computer vision, sensor technology, and fluid dynamics.
Miscellany
Has a particular interest in using lightboard technology to improve online education; also, a key member of a $20M AI Institute led by the University of Washington.