FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208740615> ?p ?o ?g. }

• W3208740615 abstract "Correlated, spontaneous neural activity is known to play a necessary role in visual development, but the higher-order statistical structure of these coherent, amorphous patterns has only begun to emerge in the past decade. Several computational studies have demonstrated how this endogenous activity can be used to train a developing visual system. Models that generate spontaneous activity analogous to retinal waves have shown that these waves can serve as stimuli for efficient coding models of V1. This general strategy in development has one clear advantage: The same learning algorithm can be used both before and after eye-opening. This same insight can be applied to understanding LGN/V1 spontaneous activity. Although lateral geniculate nucleus (LGN) activity has been less discussed in the literature than retinal waves, here we argue that the waves found in the LGN have a number of properties that fill the role of a training pattern. We make the case that the role of “innate learning” with spontaneous activity is not only possible, but likely in later stages of visual development, and worth pursuing further using an efficient coding paradigm." @default.
• W3208740615 created "2021-11-08" @default.
• W3208740615 creator A5015301071 @default.
• W3208740615 creator A5045972796 @default.
• W3208740615 creator A5058054116 @default.
• W3208740615 date "2021-10-27" @default.
• W3208740615 modified "2023-09-23" @default.
• W3208740615 title "On the Role of LGN/V1 Spontaneous Activity as an Innate Learning Pattern for Visual Development" @default.
• W3208740615 cites W104847522 @default.
• W3208740615 cites W1523270419 @default.
• W3208740615 cites W1597578506 @default.
• W3208740615 cites W1600127249 @default.
• W3208740615 cites W1967604241 @default.
• W3208740615 cites W1973770352 @default.
• W3208740615 cites W1980850878 @default.
• W3208740615 cites W1985307198 @default.
• W3208740615 cites W1986408320 @default.
• W3208740615 cites W1989269080 @default.
• W3208740615 cites W1991139021 @default.
• W3208740615 cites W1993774381 @default.
• W3208740615 cites W1996355918 @default.
• W3208740615 cites W2002627566 @default.
• W3208740615 cites W2008802771 @default.
• W3208740615 cites W2014339193 @default.
• W3208740615 cites W2015382498 @default.
• W3208740615 cites W2020541330 @default.
• W3208740615 cites W2021864962 @default.
• W3208740615 cites W2023433851 @default.
• W3208740615 cites W2033204950 @default.
• W3208740615 cites W2039729026 @default.
• W3208740615 cites W2050215536 @default.
• W3208740615 cites W2050294014 @default.
• W3208740615 cites W2054971033 @default.
• W3208740615 cites W2060152178 @default.
• W3208740615 cites W2061054583 @default.
• W3208740615 cites W2063062105 @default.
• W3208740615 cites W2063903639 @default.
• W3208740615 cites W2067847812 @default.
• W3208740615 cites W2069306062 @default.
• W3208740615 cites W2072244168 @default.
• W3208740615 cites W2083579647 @default.
• W3208740615 cites W2086869739 @default.
• W3208740615 cites W2087707153 @default.
• W3208740615 cites W2088804493 @default.
• W3208740615 cites W2090396599 @default.
• W3208740615 cites W2099741732 @default.
• W3208740615 cites W2099779584 @default.
• W3208740615 cites W2113055360 @default.
• W3208740615 cites W2134919980 @default.
• W3208740615 cites W2137234026 @default.
• W3208740615 cites W2139016501 @default.
• W3208740615 cites W2143169494 @default.
• W3208740615 cites W2145012779 @default.
• W3208740615 cites W2145928782 @default.
• W3208740615 cites W2145935221 @default.
• W3208740615 cites W2146067028 @default.
• W3208740615 cites W2153591653 @default.
• W3208740615 cites W2155350364 @default.
• W3208740615 cites W2167034998 @default.
• W3208740615 cites W2167860770 @default.
• W3208740615 cites W2169476756 @default.
• W3208740615 cites W2170605744 @default.
• W3208740615 cites W2170864449 @default.
• W3208740615 cites W2297467180 @default.
• W3208740615 cites W2397002441 @default.
• W3208740615 cites W2402275533 @default.
• W3208740615 cites W2795302666 @default.
• W3208740615 cites W2801962891 @default.
• W3208740615 cites W28858974 @default.
• W3208740615 cites W2887242076 @default.
• W3208740615 cites W2894546979 @default.
• W3208740615 cites W2951177708 @default.
• W3208740615 cites W3125618103 @default.
• W3208740615 cites W4245327750 @default.
• W3208740615 cites W4246233237 @default.
• W3208740615 doi "https://doi.org/10.3389/fphys.2021.695431" @default.
• W3208740615 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8589027" @default.
• W3208740615 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34776991" @default.
• W3208740615 hasPublicationYear "2021" @default.
• W3208740615 type Work @default.
• W3208740615 sameAs 3208740615 @default.
• W3208740615 citedByCount "1" @default.
• W3208740615 countsByYear W32087406152022 @default.
• W3208740615 crossrefType "journal-article" @default.
• W3208740615 hasAuthorship W3208740615A5015301071 @default.
• W3208740615 hasAuthorship W3208740615A5045972796 @default.
• W3208740615 hasAuthorship W3208740615A5058054116 @default.
• W3208740615 hasBestOaLocation W32087406151 @default.
• W3208740615 hasConcept C105795698 @default.
• W3208740615 hasConcept C133529732 @default.
• W3208740615 hasConcept C154945302 @default.
• W3208740615 hasConcept C15744967 @default.
• W3208740615 hasConcept C169760540 @default.
• W3208740615 hasConcept C179518139 @default.
• W3208740615 hasConcept C188147891 @default.
• W3208740615 hasConcept C2776362945 @default.
• W3208740615 hasConcept C2777093970 @default.
• W3208740615 hasConcept C2777624874 @default.
• W3208740615 hasConcept C2780827179 @default.
• W3208740615 hasConcept C33923547 @default.

• next