Publications

Verghese, P., McKee, S. P., & Grzywacz, N. M.. (2000). Stimulus configuration determines the detectability of motion signals in noise. Journal Of The Optical Society Of America. A, Optics, Image Science, And Vision, 17, 1525-34.

Verghese, P., & Coughlan, J.. (2007). Evolution of a motion trajectory over time. Journal Of Vision, 7, 1013–1013.

Verghese, P., & Pelli, D. G.. (1994). The scale bandwidth of visual search. Vision Research, 34, 955-62.

Verghese, P., Vullings, C., & Shanidze, N.. (2021). Eye Movements in Macular Degeneration. Annual Reviews Of Vision Science, 7.

Verghese, P. (2012). Active search for multiple targets is inefficient. Vision Research, 74, 61-71.

Verghese, P., Watamaniuk, S. N. J., McKee, S. P., & Grzywacz, N. M.. (1999). Local motion detectors cannot account for the detectability of an extended trajectory in noise. Vision Research, 39, 19-30.

Vreven, D., & Verghese, P.. (2005). Predictability and the dynamics of position processing in the flash-lag effect. Perception, 34, 31-44.

Vreven, D., & Verghese, P.. (2002). Integration of speed signals in the direction of motion. Perception & Psychophysics, 64, 996-1007.

Vreven, D., McKee, S. P., & Verghese, P.. (2002). Contour completion through depth interferes with stereoacuity. Vision Research, 42, 2153-162.

Vullings, C., & Madelain, L.. (2017). Discriminative control of saccadic reaction times using a latency-contingent visual search task. Society of Quantitative Analysis of Behavior. Denver, USA: Denver, USA.

Vullings, C., & Verghese, P.. (2021). Mapping the binocular scotoma in macular degeneration. Journal Of Vision, 21(3), 1-12. http://doi.org/https://doi.org/10.1167/jov.21.3.9

Vullings, C., Harwood, M. R., & Madelain, L.. (2019). Reinforcement reduces the size–latency phenomenon: A cost– benefit evaluation of saccade triggering. Journal Of Vision, 19(16), 1-9. http://doi.org/doi.org/10.1167/19.4.16

Vullings, C. (2018). Saccadic latencies depend on functional relations with the environment. (Advisor: L. Madelain)Psychology. University of Lille.

Vullings, C., & Verghese, P.. (2019). Mapping the binocular scotoma in macular degeneration. Bay Area Vision Research Day.

Vullings, C., & Madelain, L.. (2016). Reinforcement contingencies affect the allocation of saccades in time. Forum annuel du Groupement De Recherche Vision. Toulouse, France: Toulouse, France.

Vullings, C., & Verghese, P.. (2019). Binocular scotoma mapping and eye movement patterns in central field loss. Gordon Research Conference on Eye Movements. Lewiston, USA: Lewiston, USA.

Vullings, C., Harwood, M. R., & Madelain, L.. (2017). Effect of reinforcement on the size-latency phenomenon. Vision Sciences Society. St. Pete Beach, USA: St. Pete Beach, USA.

Vullings, C., & Madelain, L.. (2018). Control of saccadic latency in a dynamic environment: allocation of saccades in time follows the matching law. Journal Of Neurophysiology, 119, 413-421. http://doi.org/10.1152/jn.00634.2017

Vullings, C., & Madelain, L.. (2019). Discriminative control of saccade latencies. Journal Of Vision, 19(16), 1-15. http://doi.org/doi.org/10.1167/19.3.16

Vullings, C., & Madelain, L.. (2018). Classical conditioning of saccadic latencies using gap and overlap paradigms. Vision Sciences Society. St. Pete Beach, USA: St. Pete Beach, USA.

Vullings, C., & Madelain, L.. (2016). Control of saccadic latencies in a choice paradigm. European Conference on Visual Perception. Barcelona, Spain: Barcelona, Spain.

Vullings, C., & Madelain, L.. (2018). One can choose one’s own saccadic reaction times. Association for Behavior Analysis International. San Diego, USA: San Diego, USA.

Vullings, C., & Madelain, L.. (2016). Saccadic latency and choice in a concurrent random interval reinforcement schedule. Vision Sciences Society. St. Pete Beach, USA: St. Pete Beach, USA.

Vullings, C., & Madelain, L.. (2017). Control of saccadic latencies in a concurrent interval reinforcement schedule. Association for Behavior Analysis International. Paris, France: Paris, France.

Vullings, C., & Madelain, L.. (2017). Contextual control of saccadic reaction times using a latency-contingent paradigm. European Conference on Visual Perception. Berlin, Germany: Berlin, Germany.