Abstract: Image transmission using incoherent optical fiber bundles (IOFBs) requires prior calibration to obtain the spatial in-out fiber correspondence necessary to reconstruct the image captured by the pseudo-sensor. This information is recorded in a Look-Up Table called the Reconstruction Table (RT), used later for reordering the fiber positions and reconstructing the original image. This paper presents a very fast method based on image-scanning using spaces encoded by a weighted binary code to obtain the in-out correspondence. The results demonstrate that this technique yields a remarkable reduction in processing time and the image reconstruction quality is very good compared to previous techniques based on spot or line scanning, for example.
Keywords: image sensor; image transmission; sensor calibration; optical fiber sensors
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Fernández, P.R.; Lázaro-Galilea, J.L.; Gardel, A.; Espinosa, F.; Bravo, I.; Cano, Á. Differential Binary Encoding Method for Calibrating Image Sensors Based on IOFBs. Sensors 2012, 12, 4133-4155.
Fernández PR, Lázaro-Galilea JL, Gardel A, Espinosa F, Bravo I, Cano Á. Differential Binary Encoding Method for Calibrating Image Sensors Based on IOFBs. Sensors. 2012; 12(4):4133-4155.
Fernández, Pedro R.; Lázaro-Galilea, José Luis; Gardel, Alfredo; Espinosa, Felipe; Bravo, Ignacio; Cano, Ángel. 2012. "Differential Binary Encoding Method for Calibrating Image Sensors Based on IOFBs." Sensors 12, no. 4: 4133-4155.