Browsing Publikationen im Open Access gefördert durch die UB by Author "Toscani, Matteo"
Now showing items 1-9 of 9
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Color consistency in the appearance of bleached fabrics
Toscani, Matteo; Milojevic, Zarko; Fleming, Roland W.; Gegenfurtner, Karl R. (2020) -
Colour Calibration of a Head Mounted Display for Colour Vision Research Using Virtual Reality
Gil Rodríguez, Raquel; Bayer, Florian; Toscani, Matteo; Guarnera, Dar’ya; Guarnera, Giuseppe Claudio; Gegenfurtner, Karl R. (2022) -
Deep neural network model of haptic saliency
Metzger, Anna; Toscani, Matteo; Akbarinia, Arash; Valsecchi, Matteo; Drewing, Knut (2021) -
Differences in illumination estimation in #thedress
Toscani, Matteo; Gegenfurtner, Karl R.; Doerschner, Katja (2017)We investigated whether people who report different colors for #thedress do so because they have different assumptions about the illumination in #thedress scene. We introduced a spherical illumination probe (Koenderink, ... -
Gloss and Speed Judgments Yield Different Fine Tuning of Saccadic Sampling in Dynamic Scenes
Toscani, Matteo; Yücel, Ezgi I; Doerschner, Katja (2019)Image motion contains potential cues about the material properties of objects. In earlier work, we proposed motion cues that could predict whether a moving object would be perceived as shiny or matte. However, whether the ... -
Lightness Discrimination Depends More on Bright Rather Than Shaded Regions of Three-Dimensional Objects
Toscani, Matteo; Valsecchi, Matteo (2019) -
Lightness perception for surfaces moving through different illumination levels
Toscani, Matteo; Zdravkovic, Suncica; Gegenfurtner, Karl R. (2016)Lightness perception has mainly been studied with static scenes so far. This study presents four experiments investigating lightness perception under dynamic illumination conditions. We asked participants for lightness ... -
Perceived numerosity is reduced in peripheral vision
Valsecchi, Matteo; Toscani, Matteo; Gegenfurtner, Karl R. (2013)In four experiments we investigated the perception of numerosity in the peripheral visual field. We found that the perceived numerosity of a peripheral cloud of dots was judged to be inferior to the one of a central cloud ... -
Underconfidence in peripheral vision
Toscani, Matteo; Mamassian, Pascal; Valsecchi, Matteo (2021)