Research output: Contribution to journal › Article
Abstract
Real-time edge-enhanced image correlation using the incoherent readout of a dynamic hologram recorded in BSO crystal is reported for the first time. A system is described which records the Fresnel transform of the input signal in a BSO crystal; such a system exhibits good object discrimination in addition to the usual features of an incoherent correlator. Several experimental results are presented, and these are compared with computer simulations.
title = "Real-time edge-enhanced object correlation using incoherent readout of photorefractive BSO",
abstract = "Real-time edge-enhanced image correlation using the incoherent readout of a dynamic hologram recorded in BSO crystal is reported for the first time. A system is described which records the Fresnel transform of the input signal in a BSO crystal; such a system exhibits good object discrimination in addition to the usual features of an incoherent correlator. Several experimental results are presented, and these are compared with computer simulations.",
author = "Zhao-Qi Wang and C. Soutar and Gillespie, {W. Allan} and Cartwright, {Colin M.}",
Research output: Contribution to journal › Article
TY - JOUR
T1 - Real-time edge-enhanced object correlation using incoherent readout of photorefractive BSO
AU - Wang, Zhao-Qi
AU - Soutar, C.
AU - Gillespie, W. Allan
AU - Cartwright, Colin M.
PY - 1993
Y1 - 1993
N2 - Real-time edge-enhanced image correlation using the incoherent readout of a dynamic hologram recorded in BSO crystal is reported for the first time. A system is described which records the Fresnel transform of the input signal in a BSO crystal; such a system exhibits good object discrimination in addition to the usual features of an incoherent correlator. Several experimental results are presented, and these are compared with computer simulations.
AB - Real-time edge-enhanced image correlation using the incoherent readout of a dynamic hologram recorded in BSO crystal is reported for the first time. A system is described which records the Fresnel transform of the input signal in a BSO crystal; such a system exhibits good object discrimination in addition to the usual features of an incoherent correlator. Several experimental results are presented, and these are compared with computer simulations.