This paper describes an efficient method of segmenting cell nuclei from complex scenes based upon the use of adaptive region growing in conjuction with nucleus-specific filters. Results of segmenting potentially abnormal (cancer or neoplastic) cell nuclei in Papanicolaou smears from 0.8 square micrometers resolution images are also presented.
A real-time holographic interferometry system was developed to inspect disposable reagent containers used in a clinical chemistry centrifugal analyzer. The system features a commercial holographic camera and a specially designed machine vision apparatus for the manual or automated detection of bonding flaws which could result in field failure of the packages. Engineering analyses of the interferograms located the most probable debond sites and successfully guided the corrective redesign.
A real-time holographic interferometry system was developed for the inspection and engineering analysis of disposable reagent containers used in a clinical chemistry centrifugal analyzer. The system featured a commercial holographic camera plus a specially designed machine vision apparatus and permitted the manual or automated detection of bonding flaws which could result in field failure.
A real-time holographic interferometry system was developed for the inspection and engineering analysis of disposable reagent containers used in a clinical chemistry analyzer. This system was based on a conunercial holographic camera and permitted the manual or automated detection of bonding flaws which could result in field failure. L
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