If there are any issues with accessing the links below, let me know.

____________________

Research Papers

Hon, N. & Jabar, S. B. (2018). Learning in the target prevalence effect. Perception. DOI

Jabar, S. B., Filipowicz, A. and Anderson, B. (2017). Knowing where is different from knowing what. Distinct response time profiles and accuracy effects for target location, orientation, and color probability. Attention, Perception, & Psychophysics. DOI

Jabar, S. B., Filipowicz, A. and Anderson, B. (2017). Tuned by Experience: How Orientation Probability Modulates Early Perceptual Processing. Vision Research,138, 86-96. DOI

Jabar, S. B., and Anderson, B. (2017) Not all probabilities are equivalent: Evidence from orientation versus spatial probability learning. Journal of Experimental Psychology: Human Perception and Performance, 42, 853-867. DOI

Jabar, S. B., & Anderson, B. (2017). Orientation probability and spatial exogenous cuing improve perceptual precision and response speed by different mechanisms. Frontiers in Psychology, 8:183. DOI

Jabar, S. B., & Anderson, B. (2015). Probability shapes perceptual precision: A study in orientation estimation. Journal of Experimental Psychology: Human Perception and Performance, 41, 1666-1679. DOI

Hon, N., Yap, M. J., & Jabar, S. B. (2013). The trajectory of the target probability effect. Attention, Perception, & Psychophysics, 75(4), 661-666. DOI

____________________

Conferences

Jabar, S. B., Filipowicz, A. and Anderson, B. Knowing Where Is Different From Knowing What. Distinct Response Time Profiles and Accuracy Effects for Target Location, Orientation, and Color Probability. Poster at European Conference on Visual Perception (ECVP), 2017. Berlin, Germany.

Jabar, S. B., Filipowicz, A, and Anderson, B. Orienting to probable stimuli affects early perception: Modulating the C1 visual evoked potential in an orientation estimation task. Poster at: Society for Neuroscience, 2016. San Diego, USA.

Jabar, S. B., and Anderson, B. Spatial probability improves detection, orientation probability improves precision: Modelling as neural gain versus tuning. Poster at VSS 2016. Florida, USA.

Jabar, S. B., and Anderson, Britt. Influence of Spatial versus Orientation Probability on Perceptual Estimations. Poster at: Canadian Society for Brain and Behavioral Sciences, 2015. Ottawa, Canada.

Jabar, S. B., and Anderson, Britt. Modelling Probability Effects as Differences in Neuron Tuning. Poster at: Canadian Society for Brain and Behavioral Sciences, 2014. Toronto, Canada.

Jabar, S. B., and Anderson, Britt. Probability cues enhance perceptual estimations. Poster at: Vision Sciences Society, 2014. Florida, USA.

Hon, N, & Jabar, S. B. Learning about rare targets. Poster at the 54th Annual Meeting of The Psychonomic Society, November 15th 2013, Toronto, Canada.