The optoelectronic oscillator is an autonomous system where electronic and optical signals interact with each other in a feedback loop. This oscillator has found several applications in optics and microwave photonics, and has also permitted one to explore the rich and complex dynamical properties of nonlinear time-delayed systems. This article reviews theoretical and experimental developments, including applications for communication, sensing, ultrapure microwave generation, and neuromorphic computing.
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Chembo et al. (2019) studied this question.
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