  Speckled images of a binary broad band light source (600-670 nm), generated
by randomized reflections or transmissions, were used to reconstruct a binary
image by use of multi-frame blind deconvolution algorithms. Craft store glitter
was used as reflective elements. Another experiment used perforated foil. Also
reported here are numerical models that afforded controlled tip-tilt and piston
aberrations. These results suggest the potential importance of a poorly
figured, randomly varying segmented imaging system.
