Multiresolution Wavelet Framework Models Brightness Induction Effects

@Article\{OVP2008b,
  author       = "Xavier Otazu and Maria Vanrell and C. Alejandro Parraga",
  title        = "Multiresolution Wavelet Framework Models Brightness Induction Effects",
  journal      = "Vision Research ",
  number       = "5",
  volume       = "48",
  pages        = "733--751",
  year         = "2008",
  abstract     = "A new multiresolution wavelet model is presented here, which accounts for brightness assimilation and contrast effects in a unified framework, and includes known psychophysical and physiological attributes of the primate visual system (such as spatial frequency channels, oriented receptive fields, contrast sensitivity function, contrast non-linearities, and a unified set of parameters). Like other low-level models, such as the ODOG model [Blakeslee, B., \& McCourt, M. E. (1999). A multiscale spatial filtering account of the white effect, simultaneous brightness contrast and grating induction. Vision Research, 39, 4361-4377], this formulation reproduces visual effects such as simultaneous contrast, the White effect, grating induction, the Todorovi\ć effect, Mach bands, the Chevreul effect and the Adelson-Logvinenko tile effects, but it also reproduces other previously unexplained effects such as the dungeon illusion, all using a single set of parameters.",
  ifactor      = "2.051",
  quartile     = "2",
  area         = "OPHTHALMOLOGY",
  url          = "http://999840.hzjufeng.icu/Public/Publications/2008/OVP2008b"
}