about
Spectral sharpening of color sensors: diagonal color constancy and beyondRetinal Lateral Inhibition Provides the Biological Basis of Long-Range Spatial Induction.Strong-continuation, contrast-invariant inpainting with a third-order optimal PDE.System gamma as a function of image- and monitor-dynamic range.Filling-in by joint interpolation of vector fields and gray levels.Color stabilization along time and across shots of the same scene, for one or several cameras of unknown specifications.Gamut Extension for Cinema.From image processing to computational neuroscience: a neural model based on histogram equalization.Perceptual color characterization of cameras.Variational approach for the fusion of exposure bracketed pairs.Region tracking on level-sets methods.Implementing the Retinex algorithm with Wilson-Cowan equations.A Decomposition Framework for Image Denoising Algorithms.Video inpainting under constrained camera motion.An Analysis of Visual Adaptation and Contrast Perception for Tone Mapping.A comprehensive framework for image inpainting.A perceptually inspired variational framework for color enhancement.Simultaneous structure and texture image inpainting.Structure and texture filling-in of missing image blocks in wireless transmission and compression applications.An inpainting-based deinterlacing method.Movie denoising by average of warped lines.Issues About Retinex Theory and Contrast EnhancementDerivatives and inverse of cascaded linear+nonlinear neural modelsAnalysis of retinal and cortical components of Retinex algorithmsIn Praise of Artifice Reloaded: Caution With Natural Image Databases in Modeling VisionA reevaluation of Whittle (1986, 1992) reveals the link between detection thresholds, discrimination thresholds, and brightness perceptionStatistics of natural images as a function of dynamic range
P50
Q27027698-B6E26B53-3B56-4FC9-AA16-A15A7B4D09ACQ36234948-427C1D89-1B87-46F6-BAD2-1DF2535E7441Q38467434-78DE478F-7E85-42EE-9BA9-D331ECFAF69FQ39703662-96552099-0286-4E59-9DBE-E10C59C6B32EQ39833099-0F232901-2BE3-453C-A15E-A61BFF600FACQ40212631-23AE3C28-76AE-4FC6-B0BB-13BFB17DF532Q40442874-614E76E1-8351-4B07-8765-EF7138D21630Q42738596-46478592-1B94-4298-9CAD-5A7EAE01B99EQ43111172-C0E4C2FF-3476-4CBC-BF60-B3456ECFCB19Q45916670-4EC14BD9-5B0B-4AB6-9BEB-BF174F200FB2Q48154713-28EA5E57-496C-46EF-B656-15FA990241A3Q48596223-9D32A0B7-5CFB-446A-B836-DDA9FB522455Q50775181-5BACCF55-1D7B-4667-AE81-FE3926F35235Q51075766-98F6C5FF-6F92-4A66-AEE4-143675E36B76Q51595252-7D20D46F-FF92-473F-8C1A-777882914D54Q51700756-3FEBDAF8-4255-4385-B702-A5FD050FAD30Q51856231-E748B5EA-DB57-4925-AB17-34551D42D768Q51895397-2C62D3CE-EC14-4E15-A88E-C42031D148ADQ51895433-D45E74EC-10FF-4622-BCAE-398F6D56A503Q51904265-B9E4E0EA-FDB2-41E0-9972-D0DD77793CA5Q51906691-001C3B0B-BEA1-4412-8F35-60148A2D5019Q56158559-DB4EABC9-442E-411A-898C-30AF401E7FA5Q57465691-057DFBD3-7E01-4320-A780-5CFCA1362480Q57602945-C300EA0E-9729-4A3E-A584-CDD6F12928C4Q64263049-F6E5C21E-7BC2-4F86-B536-C39CEB7C9BAAQ91264900-6AC601BF-FB9B-48E9-B4EE-677C6B72CB0CQ91890274-88F654F8-AECA-4B3B-A520-BE1DB28BF5B1
P50
description
hulumtues
@sq
researcher
@en
ricercatore
@it
wetenschapper
@nl
հետազոտող
@hy
name
Marcelo Bertalmio
@sq
Marcelo Bertalmío
@ast
Marcelo Bertalmío
@en
Marcelo Bertalmío
@es
Marcelo Bertalmío
@nl
Marcelo Bertalmío
@sl
type
label
Marcelo Bertalmio
@sq
Marcelo Bertalmío
@ast
Marcelo Bertalmío
@en
Marcelo Bertalmío
@es
Marcelo Bertalmío
@nl
Marcelo Bertalmío
@sl
prefLabel
Marcelo Bertalmio
@sq
Marcelo Bertalmío
@ast
Marcelo Bertalmío
@en
Marcelo Bertalmío
@es
Marcelo Bertalmío
@nl
Marcelo Bertalmío
@sl
P214
P227
P244
P950
P1153
6603861921
P19
P21
P213
0000 0000 4970 6531
P214
P227
1052563058
P244
nr2002001311
P31
P496
0000-0002-1023-8325
P569
1972-01-01T00:00:00Z
P735
P7859
lccn-nr2002001311