Browsing by Author "Godbaz, John Peter"
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Godbaz, John Peter; Cree, Michael J.; Dorrington, Adrian A.
(2010)
We present a new two-stage method for parametric spatially variant blind deconvolution of full-field Amplitude Modulated Continuous Wave lidar image pairs taken at different aperture settings subject to limited depth of ...
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Godbaz, John Peter; Cree, Michael J.; Dorrington, Adrian A.; Künnemeyer, Rainer
(2007)
Full-field heterodyne time-of-flight range-imagers allow a large number of range measurements to be taken simultaneously across an entire scene; these range measurements may be corrupted due to limited depth of field. We ...
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Godbaz, John Peter; Cree, Michael J.; Dorrington, Adrian A.
(Springer-Verlag Berlin Heidelberg, 2011)
By augmenting a high resolution full-field Amplitude Modulated Continuous Wave lidar system with a coded aperture, we show that depth-of-field can be extended using explicit, albeit blurred, range data to determine PSF ...
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Godbaz, John Peter; Cree, Michael J.; Dorrington, Adrian A.; Payne, Andrew D.
(2009)
Amplitude Modulated Continuous Wave imaging lidar systems use the time-of-flight principle to determine the range to objects in a scene. Typical systems use modulated illumination of a scene and a modulated sensor or image ...
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Godbaz, John Peter; Cree, Michael J.; Dorrington, Adrian A.
(2008)
Full-field amplitude modulated continuous wave range imagers commonly suffer from the mixed pixel problem. This problem is caused by the integration of light from multiple sources by a single pixel, particularly around the ...
Co-authors for John Peter Godbaz