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. Author manuscript; available in PMC: 2022 Dec 15.
Published in final edited form as: Annu Rev Vis Sci. 2021 Jul 16;7:349–365. doi: 10.1146/annurev-vision-093019-112249

Table 1.

Examples of visual prediction

Example Type of
prediction
Brain area How input
correlations are
learned
How memories of
recent history are
stored
Extrapolation
mechanism
Examples that are thought to rely on feedforward processing and simple memory mechanisms
Novelty (Kaliukhovich & Vogels 2011, Li et al. 1993, Meyer & Rust 2018, Xiang & Brown 1998) Predictive persistence Retina and cortex Evolution and/or development Adaptation Feedforward
Reversal response (Chen et al. 2014, Schwartz et al. 2007) Predictive change Retina Evolution and/or development Adaptation Feedforward
Tethered Brownian motion (Palmer et al. 2015, Salisbury & Palmer 2016) Predictive change Retina Evolution and/or development Adaptation Feedforward
Flash lag effect (Anstis 2007, Eagleman & Sejnowski 2000, Hazelhoff & Wiersma 1924, Khoei et al. 2017, Lopez-Moliner & Linares 2006, Nieman et al. 2006, Nijhawan 2002, Patel et al. 2000, Sheth et al. 2000, Shioiri et al. 2010, Subramaniyan et al. 2018, Trenholm et al. 2013) Predictive change Retina and V1 Evolution and/or development Adaptation, gap-junction coupling Feedforward
Examples that are thought to involve feedback processing and more sophisticated forms of memory
Novelty with expectation (Grotheer & Kovacs 2014, Kovacs et al. 2013, Summerfield et al. 2008) Predictive persistence Human visual cortex Learning in adulthood Unknown Feedback
Configured image sequences (Hindy et al. 2016, Meyer & Olson 2011, Meyer et al. 2014, Schwiedrzik & Freiwald 2017) Predictive change High-level visual cortex (e.g., IT) Learning in adulthood Hippocampal pattern completion Feedback

The two classes of examples in this table cannot be parsed by the type of prediction or brain area, but they do align with the distinction between the times when the input correlations are learned (during evolution and development versus in adulthood, respectively). Abbreviation: IT, inferotemporal.