Publications
] .
2015. The Intrinsic Error of Exposure Fusion for HDR Imaging, and a Way to Reduce it. British Machine Vision Conference (BMVC). 
bmvc_final.pdf (9.5 MB)
bmvc_final.pdf (9.5 MB).
2019. Issues with common assumptions about the camera pipeline, and their impact in HDR imaging from multiple exposures. *Accepted* in Siam Journal on Imaging Sciences . HDRimaging.pdf (16.68 MB)
HDRimaging.pdf (16.68 MB).
2018. Color matching images with unknown non-linear encodings. *Submitted*. ColorMatching.pdf (23.15 MB)
ColorMatching.pdf (23.15 MB).
2019. In Praise of Artifice Reloaded: Caution With Natural Image Databases in Modeling Vision. *Accepted* in Frontiers in Neuroscience. NatImagesDatabases.pdf (4.25 MB)
NatImagesDatabases.pdf (4.25 MB).
2017. Derivatives and Inverse of Cascaded Linear+Nonlinear Neural Models. PLOS ONE. paper.pdf (7.86 MB)
paper.pdf (7.86 MB).
2016. Retinal Processing Optimizes Contrast Coding. Vision Sciences Society Annual Meeting.
.
2015. Surrounding Size effect on Brightness Contrast-to-Assimilation is Predicted in Retina. *Submitted* to Journal of Vision. kimbertalmio_jov_submitted.pdf (1022.3 KB)
kimbertalmio_jov_submitted.pdf (1022.3 KB).
2014. The potential effect of the electrical coupling among horizontal cells on enhancing local contrast signals in the parasol retinal pathway. The Optical Society of America. OSA14_poster.pdf (1.5 MB)
OSA14_poster.pdf (1.5 MB).
2015. Investigating the Effect of Lateral Inhibition in the Retinal Circuitry on Lightness Contrast and Assimilation: A Model Study. Vision Sciences Society Annual Meeting. VSS15_poster.pdf (1.92 MB)
VSS15_poster.pdf (1.92 MB).
2015. Is There A Preference For Linearity When Viewing Natural Images? SPIE/IS&T Electronic Imaging Conference. IsThereAPreferenceForLinearityWhenViewingNaturalScenes.pdf (2.2 MB)
IsThereAPreferenceForLinearityWhenViewingNaturalScenes.pdf (2.2 MB).
2016. The influence of lightness, and the crispening effect on the per- ceived contrast of textured images. IS&T Electronic Imaging Conference. EI2016_LightnessAndCrispening.pdf (1.41 MB)
EI2016_LightnessAndCrispening.pdf (1.41 MB).
2017. Explaining 'Crispening' as a Gain Control Mechanism.. Vision Sciences Society Annual Meeting. VSS_supporting_page.pdf (901.01 KB)
VSS_supporting_page.pdf (901.01 KB).
2014. The Perceived Quality of Undistorted Natural Images. Vision Sciences Society Annual Meeting. PosterVSS.pdf (4.81 MB)
PosterVSS.pdf (4.81 MB).
2016. The Role of Lightness Perception in Determining the Perceived Contrast of Real World Scenes. IS&T Electronic Imaging Conference. EI_Human_Vision_2016_revisions.pdf (594.67 KB)
EI_Human_Vision_2016_revisions.pdf (594.67 KB).
2015. Dynamic range, light scatter in the eye and perceived image quality. European Conference on Visual Perception . PosterECVP.pdf (16.48 MB)
PosterECVP.pdf (16.48 MB).
2015. System gamma as a function of image- and monitor- dynamic range. Journal of Vision. JOV.pdf (1.86 MB)
JOV.pdf (1.86 MB).
2019. A re-evaluation of Whittle (1986, 1992) reveals the link between detection thresholds, discrimination thresholds and brightness perception. *Accepted* in Journal of Vision. evaluationWhittle.pdf (4.05 MB)
evaluationWhittle.pdf (4.05 MB).
2015. The impact of ‘crispening’ upon the perceived contrast of textures. The Optical Society of America. OSA2015_Poster.pdf (710.24 KB)
OSA2015_Poster.pdf (710.24 KB).
2017. Scale invariance does not hold for high dynamic range images, but is reestablished by early retinal nonlinearities. The European Conference on Visual Perception (ECVP). poster_ECVP.pdf (2.95 MB)
poster_ECVP.pdf (2.95 MB).
2017. Natural Images Statistics as Function of Dynamic Range. Vision Sciences Society Annual Meeting. Abstract.pdf (6.42 MB)
Abstract.pdf (6.42 MB).
2019. Statistics of natural images as a function of dynamic range. *Accepted* in Journal of Vision. StatisticsNaturalImages.pdf (2.76 MB)
StatisticsNaturalImages.pdf (2.76 MB).
2019. Convolutional Neural Networks Deceived by Visual Illusions. *Accepted* in Computer Vision and Pattern Recognition (CVPR). CNNillusions.pdf (4.05 MB)
CNNillusions.pdf (4.05 MB).
2016. Local denoising applied to RAW images may outperform non-local patch-based methods applied to the camera output. IS&T Electronic Imaging Conference. DenoisingEI2016.pdf (2.09 MB)
DenoisingEI2016.pdf (2.09 MB).
2016. Local Denoising Based on Curvature Smoothing can Visually Outperform Non-local Methods on Photographs with Actual Noise. IEEE International Conference on Image Processing. DenoisingICIP2016.pdf (1.9 MB)
DenoisingICIP2016.pdf (1.9 MB).
2014. Denoising an Image by Denoising its Components in a Moving Frame. International Conference on Image and Signal Processing (ICISP). *Best Paper Award*. icisp00.pdf (6.88 MB)
icisp00.pdf (6.88 MB)