We propose an adaptive logic circuit whose function can be controlled by optical carrier
frequency modulation. The circuit learns the desired functions by adjusting the delay time at …

An optoelectronic implementation of a modified FitzHugh-Nagumo neuron model is
proposed, analyzed, and experimentally demonstrated. The setup uses linear optics and …

We present a spatio-temporal operator formalism and beam propagation simulations that
describe the broadband efficient adaptive method for a true-time-delay array processing …

We propose, analyze, and demonstrate the use of a holographic method for cohering the
output of a fiber tapped delay line (FTDL) that enables the use of fiber-remote optical …

We present an optoelectronic implementation of an adaptive-array processor that is capable
of performing beam forming and jammer nulling in signals of wide fractional bandwidth that …

This thesis investigates the use of finite impulse response neural network as the
computational algorithm for efficient optoelectronic signal processing. The study begins with …

Efficient optoelectronic implementations of neural networks can vary widely in complexity,
from single-layer linear correlation–cancelation loops to multilayer nonlinear time-delay …

Why use optics for radio-frequency spectrum analysis, especially when electronic spectrum
analyzers are so good? There are several reasons: optical processing is inherently parallel; …

We propose, analyze, and demonstrate the use of a holographic method for cohering the
output of a fiber tapped-delay-line (FTDL). We perform a theoretical examination of the …

Traditional back propagation algorithms have been employed to train neural networks to
compute the difference between the network's prediction and the true value of the input …