Strong energy component is more important than spectral selectivity in modeling responses of midbrain auditory neurons to wide-band environmental sounds
TR Chang, P Marsalek, TW Chiu - Biosystems, 2022 - Elsevier
Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …
understanding neural processing of speech signals but can also provide insights for …
Strong energy component is more important than spectral selectivity in modeling responses of midbrain auditory neurons to wide-band environmental sounds
TR Chang, P Marsalek, TW Chiu - BioSystems, 2022 - scholar.nycu.edu.tw
Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …
understanding neural processing of speech signals but can also provide insights for …
Strong energy component is more important than spectral selectivity in modeling responses of midbrain auditory neurons to wide-band environmental sounds
TR Chang, P Marsalek, TW Chiu - BioSystems, 2022 - ui.adsabs.harvard.edu
Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …
understanding neural processing of speech signals but can also provide insights for …
Strong energy component is more important than spectral selectivity in modeling responses of midbrain auditory neurons to wide-band environmental sounds
TR Chang, P Marsalek, TW Chiu - Bio Systems, 2022 - pubmed.ncbi.nlm.nih.gov
Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …
understanding neural processing of speech signals but can also provide insights for …