Beamforming technology and artificial intelligence-driven noise suppression provide precise speech capture and enhancement, while parametric audio technology creates focused sound delivery zones. The system preserves natural conversation dynamics while significantly improving speech intelligibility in noisy dining environments. Users can
Beamforming technology and artificial intelligence-driven noise suppression provide precise speech capture and enhancement, while parametric audio technology creates focused sound delivery zones. The system preserves natural conversation dynamics while significantly improving speech intelligibility in noisy dining environments. Users can adjust enhancement parameters via table-embedded controls or a mobile application.
Alternative embodiments include bone-conduction audio delivery through chair headrests and seatbacks, multi- language support, specialized processing for hearing-impaired diners, and wireless connectivity for smartphones and hearing aids.
A speech enhancement system for restaurant environments that improves conversation intelligibility amid ambient noise without requiring diners to wear devices. The system comprises directional microphones embedded in restaurant tables that capture speech while rejecting ambient noise, a digital signal processing unit that isolates and en
A speech enhancement system for restaurant environments that improves conversation intelligibility amid ambient noise without requiring diners to wear devices. The system comprises directional microphones embedded in restaurant tables that capture speech while rejecting ambient noise, a digital signal processing unit that isolates and enhances speech signals, and directional speakers that deliver enhanced audio to specific listening positions.
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