FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897823062> ?p ?o ?g. }

• W2897823062 endingPage "953" @default.
• W2897823062 startingPage "903" @default.
• W2897823062 abstract "The last three decades have seen major strides in our understanding of neural mechanisms of high-level vision, or visual cognition of the world around us. Vision has also served as a model system for the study of brain function. Several broad insights, as yet incomplete, have recently emerged. First, visual perception is best understood not as an end unto itself, but as a sensory process that subserves the animal's behavioral goal at hand. Visual perception is likely to be simply a side effect that reflects the readout of visual information processing that leads to behavior. Second, the brain is essentially a probabilistic computational system that produces behaviors by collectively evaluating, not necessarily consciously or always optimally, the available information about the outside world received from the senses, the behavioral goals, prior knowledge about the world, and possible risks and benefits of a given behavior. Vision plays a prominent role in the overall functioning of the brain providing the lion's share of information about the outside world. Third, the visual system does not function in isolation, but rather interacts actively and reciprocally with other brain systems, including other sensory faculties. Finally, various regions of the visual system process information not in a strict hierarchical manner, but as parts of various dynamic brain-wide networks, collectively referred to as the connectome. Thus, a full understanding of vision will ultimately entail understanding, in granular, quantitative detail, various aspects of dynamic brain networks that use visual sensory information to produce behavior under real-world conditions. © 2017 American Physiological Society. Compr Physiol 8:903-953, 2018." @default.
• W2897823062 created "2018-10-26" @default.
• W2897823062 creator A5060078170 @default.
• W2897823062 date "2018-06-18" @default.
• W2897823062 modified "2023-09-23" @default.
• W2897823062 title "Neural Mechanisms of High‐Level Vision" @default.
• W2897823062 cites W130951741 @default.
• W2897823062 cites W144427627 @default.
• W2897823062 cites W1495874871 @default.
• W2897823062 cites W1497878968 @default.
• W2897823062 cites W1511383046 @default.
• W2897823062 cites W1535170256 @default.
• W2897823062 cites W1537099145 @default.
• W2897823062 cites W1537326241 @default.
• W2897823062 cites W1543794893 @default.
• W2897823062 cites W1563358996 @default.
• W2897823062 cites W1591760216 @default.
• W2897823062 cites W1592147371 @default.
• W2897823062 cites W1593267377 @default.
• W2897823062 cites W1632573554 @default.
• W2897823062 cites W1634666730 @default.
• W2897823062 cites W1647993270 @default.
• W2897823062 cites W1659118978 @default.
• W2897823062 cites W1722081514 @default.
• W2897823062 cites W1763512962 @default.
• W2897823062 cites W179093690 @default.
• W2897823062 cites W1794114838 @default.
• W2897823062 cites W1905601083 @default.
• W2897823062 cites W1925871572 @default.
• W2897823062 cites W1942635339 @default.
• W2897823062 cites W1963769676 @default.
• W2897823062 cites W1964113540 @default.
• W2897823062 cites W1964166698 @default.
• W2897823062 cites W1964198515 @default.
• W2897823062 cites W1964290461 @default.
• W2897823062 cites W1966331315 @default.
• W2897823062 cites W1967681807 @default.
• W2897823062 cites W1967825340 @default.
• W2897823062 cites W1969166506 @default.
• W2897823062 cites W1969301211 @default.
• W2897823062 cites W1970792572 @default.
• W2897823062 cites W1970926612 @default.
• W2897823062 cites W1971968971 @default.
• W2897823062 cites W1972771773 @default.
• W2897823062 cites W1973019192 @default.
• W2897823062 cites W1973765746 @default.
• W2897823062 cites W1975145078 @default.
• W2897823062 cites W1976282971 @default.
• W2897823062 cites W1977793635 @default.
• W2897823062 cites W1978306818 @default.
• W2897823062 cites W1981578159 @default.
• W2897823062 cites W1982544002 @default.
• W2897823062 cites W1982749930 @default.
• W2897823062 cites W1983834115 @default.
• W2897823062 cites W1984279162 @default.
• W2897823062 cites W1984573925 @default.
• W2897823062 cites W1985019653 @default.
• W2897823062 cites W1986209830 @default.
• W2897823062 cites W1987003387 @default.
• W2897823062 cites W1987164297 @default.
• W2897823062 cites W1987977291 @default.
• W2897823062 cites W1988628854 @default.
• W2897823062 cites W1989216393 @default.
• W2897823062 cites W1991886303 @default.
• W2897823062 cites W1992694071 @default.
• W2897823062 cites W1992849131 @default.
• W2897823062 cites W1994873680 @default.
• W2897823062 cites W1995722596 @default.
• W2897823062 cites W1996131564 @default.
• W2897823062 cites W1996339700 @default.
• W2897823062 cites W1996348120 @default.
• W2897823062 cites W1996677124 @default.
• W2897823062 cites W1996692737 @default.
• W2897823062 cites W199707709 @default.
• W2897823062 cites W1997513618 @default.
• W2897823062 cites W1999034556 @default.
• W2897823062 cites W2002574932 @default.
• W2897823062 cites W2003984303 @default.
• W2897823062 cites W2004980976 @default.
• W2897823062 cites W2005539367 @default.
• W2897823062 cites W2006117756 @default.
• W2897823062 cites W2007226897 @default.
• W2897823062 cites W2008485539 @default.
• W2897823062 cites W2009531868 @default.
• W2897823062 cites W2012918357 @default.
• W2897823062 cites W2014730666 @default.
• W2897823062 cites W2016129278 @default.
• W2897823062 cites W2016279534 @default.
• W2897823062 cites W2016629150 @default.
• W2897823062 cites W2018305040 @default.
• W2897823062 cites W2019306753 @default.
• W2897823062 cites W2019949229 @default.
• W2897823062 cites W2020519533 @default.
• W2897823062 cites W2021259681 @default.
• W2897823062 cites W2021420098 @default.
• W2897823062 cites W2021473177 @default.
• W2897823062 cites W2021680411 @default.
• W2897823062 cites W2021920513 @default.

• next