This work proposes a rugged and reliable set-up to characterize incoherently illuminated optical imaging systems. It complies with the ISO 12233 standard and is suitable for industrial applications. The standard has been implemented taking advantage of the allowed degrees of freedom to optimize noise robustness. Key points of the algorithm are automatization of the whole measurement procedure and customization, to comply with specific needs. Experimental results confirming the successful implementation are presented and discussed.
SAFARILAB: a rugged and reliable optical imaging system characterization set-up for the industrial environment / L. De Marco; A. Guagliumi; M. Gnan; B. Hallal; F. Canini; P. Bassi. - In: AMERICAN TRANSACTIONS ON ENGINEERING & APPLIED SCIENCES. - ISSN 2229-1652. - ELETTRONICO. - 1:1(2012), pp. 91-105.
SAFARILAB: a rugged and reliable optical imaging system characterization set-up for the industrial environment
DE MARCO, LUISA;GUAGLIUMI, ANNA;GNAN, MARCO;BASSI, PAOLO
2012
Abstract
This work proposes a rugged and reliable set-up to characterize incoherently illuminated optical imaging systems. It complies with the ISO 12233 standard and is suitable for industrial applications. The standard has been implemented taking advantage of the allowed degrees of freedom to optimize noise robustness. Key points of the algorithm are automatization of the whole measurement procedure and customization, to comply with specific needs. Experimental results confirming the successful implementation are presented and discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
