… compression and color constancy [12]. Meylan et al. further proposed a method based on
MSRCR [8]. The main difference is that their method put all spatial constants into a single filter. …

… The results showed that in four out of five experiments the ‘… show far more complex receptive
field structures than the typical centre… receptive fields are not mandatory for achieving colour …

… receptive fields in the image input. Fully connected layers instead take all units of the previous
layer as input, such that the units’ receptive fields … , even for illuminations outside of the …

… area V1 respond to spatial chromatic contrast in visual scenes. What information they carry is
debated because their receptive field … double-opponent receptive fields can be captured by …

… of receptive fields, we may ask what shapes of receptive field profiles would be reasonable
or desirable. Is it possible to express a theory for how receptive fields “… internal consistency …

… to the research done so far in this area, and how these findings can be interpreted in the
overall context of past and current colour constancy/colour vision deficiency research. Finally, …

… Such stimuli presumably recruit suppressive mechanisms from beyond the classical RF,
which … Gao SB, Yang, KF, Li, CY, & Li, YJ Color constancy using double-opponency. IEEE …

… be bright because it lies beyond the range of human vision. … color, and color constancy is
the stability of perceived object … of a neuron with a receptive field spanning the edge (right). (a) …

… To elucidate the underlying mechanisms, we recorded spiking responses of individual V1
neurons in macaque monkeys to pairs of stimuli within the classical receptive field (RF). We …

… respond to, eg, because they are outside of the neuron’s receptive field, or below a neuron’s
… Although our abilities are impressive, we emphasize that constancy is neither perfect nor …