Matches in SemOpenAlex for { <https://semopenalex.org/work/W2080428367> ?p ?o ?g. }
- W2080428367 endingPage "93" @default.
- W2080428367 startingPage "84" @default.
- W2080428367 abstract "Multisensory interactions shape every day perception and stimuli in one modality can enhance perception in another even when not being directly task relevant. While the underlying neural principles are slowly becoming evident, most work has focused on transient stimuli and little is known about those mechanisms underlying audio–visual motion processing. We studied the facilitation of visual motion perception by auxiliary sounds, i.e. sounds that by themselves do not provide the specific evidence required for the perceptual task at hand. In our experiment human observers became significantly better at detecting visual random dot motion when this was accompanied by auxiliary acoustic motion rather than stationary sounds. EEG measurements revealed that both auditory and visual motion modulated low frequency oscillations over the respective sensory cortices. Using single trial decoding we quantified those oscillatory signatures permitting the discrimination of visual motion similar to the subject's task. This revealed visual motion-related signatures in low (1–4 Hz) and alpha (8–12 Hz) bands that were significantly enhanced during congruent compared to disparate audio–visual conditions. Importantly, the auditory enhancement of these oscillatory signatures was predictive of the perceptual multisensory facilitation. These findings emphasise the importance of slow and alpha rhythms for perception in a multisensory context and suggest that acoustic motion can enhance visual perception by means of attention or priming-related mechanisms that are reflected in rhythmic activity over parieto-occipital regions." @default.
- W2080428367 created "2016-06-24" @default.
- W2080428367 creator A5010335917 @default.
- W2080428367 creator A5043369950 @default.
- W2080428367 date "2014-01-01" @default.
- W2080428367 modified "2023-09-25" @default.
- W2080428367 title "Oscillatory mechanisms underlying the enhancement of visual motion perception by multisensory congruency" @default.
- W2080428367 cites W1527253529 @default.
- W2080428367 cites W1725850472 @default.
- W2080428367 cites W1968247093 @default.
- W2080428367 cites W1970983207 @default.
- W2080428367 cites W1972599998 @default.
- W2080428367 cites W1975844987 @default.
- W2080428367 cites W1983065383 @default.
- W2080428367 cites W1984225098 @default.
- W2080428367 cites W1988102740 @default.
- W2080428367 cites W1990366495 @default.
- W2080428367 cites W1991930839 @default.
- W2080428367 cites W1995154163 @default.
- W2080428367 cites W1995346432 @default.
- W2080428367 cites W1996538430 @default.
- W2080428367 cites W1997526719 @default.
- W2080428367 cites W2000003315 @default.
- W2080428367 cites W2000930046 @default.
- W2080428367 cites W2005105933 @default.
- W2080428367 cites W2009953824 @default.
- W2080428367 cites W2017108196 @default.
- W2080428367 cites W2017841158 @default.
- W2080428367 cites W2018663098 @default.
- W2080428367 cites W2019688899 @default.
- W2080428367 cites W2021446056 @default.
- W2080428367 cites W2024417687 @default.
- W2080428367 cites W2025746429 @default.
- W2080428367 cites W2029023323 @default.
- W2080428367 cites W2029901428 @default.
- W2080428367 cites W2031767521 @default.
- W2080428367 cites W2032828077 @default.
- W2080428367 cites W2032849384 @default.
- W2080428367 cites W2034146105 @default.
- W2080428367 cites W2034617585 @default.
- W2080428367 cites W2042343882 @default.
- W2080428367 cites W2043342325 @default.
- W2080428367 cites W2050602205 @default.
- W2080428367 cites W2051228590 @default.
- W2080428367 cites W2055414800 @default.
- W2080428367 cites W2058341538 @default.
- W2080428367 cites W2062782415 @default.
- W2080428367 cites W2063145509 @default.
- W2080428367 cites W2064636011 @default.
- W2080428367 cites W2064738166 @default.
- W2080428367 cites W2072638413 @default.
- W2080428367 cites W2074166433 @default.
- W2080428367 cites W2082147754 @default.
- W2080428367 cites W2083133930 @default.
- W2080428367 cites W2083250197 @default.
- W2080428367 cites W2083284869 @default.
- W2080428367 cites W2083925506 @default.
- W2080428367 cites W2085908543 @default.
- W2080428367 cites W2088144018 @default.
- W2080428367 cites W2088783119 @default.
- W2080428367 cites W2093434055 @default.
- W2080428367 cites W2095532467 @default.
- W2080428367 cites W2096817458 @default.
- W2080428367 cites W2097831178 @default.
- W2080428367 cites W2098182568 @default.
- W2080428367 cites W2099823830 @default.
- W2080428367 cites W2100290244 @default.
- W2080428367 cites W2103701611 @default.
- W2080428367 cites W2105698102 @default.
- W2080428367 cites W2107365776 @default.
- W2080428367 cites W2108107093 @default.
- W2080428367 cites W2114780628 @default.
- W2080428367 cites W2116600796 @default.
- W2080428367 cites W2119106899 @default.
- W2080428367 cites W2123360737 @default.
- W2080428367 cites W2125136216 @default.
- W2080428367 cites W2126481927 @default.
- W2080428367 cites W2129259757 @default.
- W2080428367 cites W2132873208 @default.
- W2080428367 cites W2135511277 @default.
- W2080428367 cites W2135894974 @default.
- W2080428367 cites W2137446410 @default.
- W2080428367 cites W2139219598 @default.
- W2080428367 cites W2143538147 @default.
- W2080428367 cites W2146037001 @default.
- W2080428367 cites W2151684873 @default.
- W2080428367 cites W2157187516 @default.
- W2080428367 cites W2158866673 @default.
- W2080428367 cites W2161653228 @default.
- W2080428367 cites W2163368141 @default.
- W2080428367 cites W2166073443 @default.
- W2080428367 cites W2167030473 @default.
- W2080428367 cites W2169806547 @default.
- W2080428367 cites W2170279725 @default.
- W2080428367 cites W4231379694 @default.
- W2080428367 cites W4294214781 @default.
- W2080428367 doi "https://doi.org/10.1016/j.neuropsychologia.2013.11.005" @default.
- W2080428367 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24262657" @default.