FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2071085704> ?p ?o ?g. }

• W2071085704 endingPage "821" @default.
• W2071085704 startingPage "801" @default.
• W2071085704 abstract "In natural environments, many sounds are amplitude-modulated. Amplitude modulation is thought to be a signal that aids auditory object formation. A previous study of the detection of signals in noise found that when tones or noise were amplitude-modulated, the noise was a less effective masker, and detection thresholds for tones in noise were lowered. These results suggest that the detection of modulated signals in modulated noise would be enhanced. This paper describes the results of experiments investigating how detection is modified when both signal and noise were amplitude-modulated. Two monkeys (Macaca mulatta) were trained to detect amplitude-modulated tones in continuous, amplitude-modulated broadband noise. When the phase difference of otherwise similarly amplitude-modulated tones and noise were varied, detection thresholds were highest when the modulations were in phase and lowest when the modulations were anti-phase. When the depth of the modulation of tones or noise was varied, detection thresholds decreased if the modulations were anti-phase. When the modulations were in phase, increasing the depth of tone modulation caused an increase in tone detection thresholds, but increasing depth of noise modulations did not affect tone detection thresholds. Changing the modulation frequency of tone or noise caused changes in threshold that saturated at modulation frequencies higher than 20 Hz; thresholds decreased when the tone and noise modulations were in phase and decreased when they were anti-phase. The relationship between reaction times and tone level were not modified by manipulations to the nature of temporal variations in the signal or noise. The changes in behavioral threshold were consistent with a model where the brain subtracted noise from signal. These results suggest that the parameters of the modulation of signals and maskers heavily influence detection in very predictable ways. These results are consistent with some results in humans and avians and form the baseline for neurophysiological studies of mechanisms of detection in noise." @default.
• W2071085704 created "2016-06-24" @default.
• W2071085704 creator A5009852501 @default.
• W2071085704 creator A5021948707 @default.
• W2071085704 creator A5047396246 @default.
• W2071085704 creator A5073895232 @default.
• W2071085704 date "2014-06-05" @default.
• W2071085704 modified "2023-10-14" @default.
• W2071085704 title "Detection of Modulated Tones in Modulated Noise by Non-human Primates" @default.
• W2071085704 cites W135189209 @default.
• W2071085704 cites W1620226490 @default.
• W2071085704 cites W164832740 @default.
• W2071085704 cites W1941396853 @default.
• W2071085704 cites W1965645044 @default.
• W2071085704 cites W1965703402 @default.
• W2071085704 cites W1966065153 @default.
• W2071085704 cites W1978832014 @default.
• W2071085704 cites W1981068398 @default.
• W2071085704 cites W1981148061 @default.
• W2071085704 cites W1981468905 @default.
• W2071085704 cites W198266440 @default.
• W2071085704 cites W1985292168 @default.
• W2071085704 cites W1985611108 @default.
• W2071085704 cites W1985784335 @default.
• W2071085704 cites W1994989819 @default.
• W2071085704 cites W1996033935 @default.
• W2071085704 cites W1996751489 @default.
• W2071085704 cites W2004158328 @default.
• W2071085704 cites W2005009599 @default.
• W2071085704 cites W2005260834 @default.
• W2071085704 cites W2006087761 @default.
• W2071085704 cites W2009105175 @default.
• W2071085704 cites W2010252816 @default.
• W2071085704 cites W2011860702 @default.
• W2071085704 cites W2011909819 @default.
• W2071085704 cites W2013740303 @default.
• W2071085704 cites W2015976072 @default.
• W2071085704 cites W2016085159 @default.
• W2071085704 cites W2016208841 @default.
• W2071085704 cites W2018267039 @default.
• W2071085704 cites W2018545844 @default.
• W2071085704 cites W2022186938 @default.
• W2071085704 cites W2025863253 @default.
• W2071085704 cites W2031381500 @default.
• W2071085704 cites W2031535569 @default.
• W2071085704 cites W2036888861 @default.
• W2071085704 cites W2037115894 @default.
• W2071085704 cites W2040343484 @default.
• W2071085704 cites W2047527596 @default.
• W2071085704 cites W2049090259 @default.
• W2071085704 cites W2063316606 @default.
• W2071085704 cites W2067225952 @default.
• W2071085704 cites W2067977357 @default.
• W2071085704 cites W2070673562 @default.
• W2071085704 cites W2080491656 @default.
• W2071085704 cites W2086791852 @default.
• W2071085704 cites W2087596342 @default.
• W2071085704 cites W2088930501 @default.
• W2071085704 cites W2090596054 @default.
• W2071085704 cites W2091089477 @default.
• W2071085704 cites W2093595332 @default.
• W2071085704 cites W2094274788 @default.
• W2071085704 cites W2094915219 @default.
• W2071085704 cites W2113470095 @default.
• W2071085704 cites W2114101891 @default.
• W2071085704 cites W2129308789 @default.
• W2071085704 cites W2133943856 @default.
• W2071085704 cites W2139548595 @default.
• W2071085704 cites W2147101913 @default.
• W2071085704 cites W2149665949 @default.
• W2071085704 cites W2150720117 @default.
• W2071085704 cites W2159149636 @default.
• W2071085704 cites W2167637105 @default.
• W2071085704 cites W2168473015 @default.
• W2071085704 cites W2282871646 @default.
• W2071085704 cites W2336568988 @default.
• W2071085704 cites W3106889297 @default.
• W2071085704 cites W4255602095 @default.
• W2071085704 doi "https://doi.org/10.1007/s10162-014-0467-7" @default.
• W2071085704 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4164687" @default.
• W2071085704 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24899380" @default.
• W2071085704 hasPublicationYear "2014" @default.
• W2071085704 type Work @default.
• W2071085704 sameAs 2071085704 @default.
• W2071085704 citedByCount "23" @default.
• W2071085704 countsByYear W20710857042015 @default.
• W2071085704 countsByYear W20710857042017 @default.
• W2071085704 countsByYear W20710857042018 @default.
• W2071085704 countsByYear W20710857042019 @default.
• W2071085704 countsByYear W20710857042020 @default.
• W2071085704 countsByYear W20710857042021 @default.
• W2071085704 countsByYear W20710857042022 @default.
• W2071085704 countsByYear W20710857042023 @default.
• W2071085704 crossrefType "journal-article" @default.
• W2071085704 hasAuthorship W2071085704A5009852501 @default.
• W2071085704 hasAuthorship W2071085704A5021948707 @default.
• W2071085704 hasAuthorship W2071085704A5047396246 @default.
• W2071085704 hasAuthorship W2071085704A5073895232 @default.

• next