The design of an electro-optical system such as a vision system is classically made by optimizing its constituting parts independently. However, because of the complexity of the overall system, the best performance of a single element may not correspond to that of the complete processing chain. In this paper a tool named SLALOM, acronym of “System Level AnaLysis and OptiMization” is proposed. SLALOM is a C-based extension to optical design software that includes the modeling of the electronic subsystem not encompassed by the software itself. It consists in two complementary tools that share a common core and can be executed independently to perform lens design at system level, and to simulate the overall system performance.
A. Guagliumi, M. Gnan, A. Liberato, L. De Marco, D. Bruni, F. Canini, et al. (2012). SYSTEM-LEVEL ANALYSIS AND OPTIMIZATION OF TASK-ORIENTED IMAGING SYSTEMS. ROMA : “Roma Tre” University.
SYSTEM-LEVEL ANALYSIS AND OPTIMIZATION OF TASK-ORIENTED IMAGING SYSTEMS
GUAGLIUMI, ANNA;GNAN, MARCO;LIBERATO, ANTONELLA;DE MARCO, LUISA;BASSI, PAOLO
2012
Abstract
The design of an electro-optical system such as a vision system is classically made by optimizing its constituting parts independently. However, because of the complexity of the overall system, the best performance of a single element may not correspond to that of the complete processing chain. In this paper a tool named SLALOM, acronym of “System Level AnaLysis and OptiMization” is proposed. SLALOM is a C-based extension to optical design software that includes the modeling of the electronic subsystem not encompassed by the software itself. It consists in two complementary tools that share a common core and can be executed independently to perform lens design at system level, and to simulate the overall system performance.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
