Abstract
The phase accuracy of an optical system for complex matrix multiplication is
examined by using a novel harmonic analysis approach and a stochastic model for
the complex optical transfer function spatial light modulators. The output phase
bias and standard deviation are evaluated for matched and unmatched channel
power gains. The conclusions drawn appear to be of general value in the numerous
applications of spatial light modulators to optical information-processing
systems.
© 1993 Optical Society of America
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