Binaural squelch adds 3 to 5 dB by using the poorer ear’s signal
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- Hearing-impaired listeners benefit roughly two-thirds less from binaural squelch than normal-hearing listeners. (similarity 0.85)
- Hearing-impaired listeners gain far less binaural-squelch advantage than normal hearers (similarity 0.84)
- Low-frequency residual sound may contribute disproportionately to binaural loudness (similarity 0.84)
- Binaural listening yields a 5-7 dB intelligibility advantage over monaural (similarity 0.81)
- Ear frequency response varies with amplitude, especially at low frequencies. (similarity 0.81)
- Binaural advantage is modeled as a within-band noise-floor reduction improving SNR (similarity 0.80)
- Sensorineural hearing loss impairs binaural cue use more than basic audibility (similarity 0.80)
- Binaural hearing aid processing preserves spatial cues that monaural processing distorts (similarity 0.79)
- Independent compression in each ear distorts binaural localization cues (similarity 0.79)
- Binaural listening yields only 5–7 dB advantage over monaural spatially-separated sources (similarity 0.79)
- Separating signal from masker locations improves detection through two binaural effects (similarity 0.79)
- Hearing thresholds vary individually but share a common perceptual order (similarity 0.79)
- Modelling shows 52 percent loudness drop at occluded ear is inadequate alone (similarity 0.79)
- Output-dependent inhibition creates amplificatory feedback that sharpens binaural asymmetries (similarity 0.79)
- Binaural hearing yields up to 18 dB detection advantage for low-frequency signals (similarity 0.79)