We describe the design of a silicon-based source for radiation in the 0.5-14 THz regime.
This new class of devices will permit continuously tunable, milliwatt scale, cw, room …

A new all-optical nonlinear fringe-adjusted joint transform correlation (JTC) technique is
proposed. The proposed scheme is based on incoherent-to-coherent conversion with the …

The photorefractive two-beam coupling joint transform correlator combines two features. The
first is embedded semi-adaptive optimality, which weighs the correlation against clutter and …

Compansive diffraction nonlinearities reduce the noise and improve the performance of joint
transform correlators. The compression and expansion of the photorefractive two-beam …

We introduce a dynamic range image compression technique for nonlinear deconvolution;
the impulse response of the distortion function and the noisy distorted image are jointly …

The photorefractive joint transform correlator (JTC) combines two features. The first is
embedded semi-adaptive optimality which weighs the correlation against clutter and noise …

We perform computer simulations and theoretical modeling to predict the location of the best
operating point of the two-beam coupling joint transform correlator. From this study, we …

The outcomes of some experimental and simulation studies performed on an incoherent-
erasure photorefractive joint transform correlator (PR JTC) in the two-wave-and four-wave …

In prior work, we demonstrate optical correlation via dynamic range compression in two-
beam coupling using thin-film organic materials. In this paper, we continue the effort; …

We introduce a new, to our knowledge, design for a Wiener-like correlation filter, which
consists of cascading a phase-only filter (POF) with a photorefractive Wiener-like filter. Its …