Neighbor-consistent training reduces RMS spatial variation rates in personal sound zone isolation by up to 55.9% (woofer) and 30.3% (tweeter) in simulation and up to 61.8% in measurements while preserving isolation quality.
Living with sound zones: A long-term field study of dynamic sound zones in a domestic context
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Neighbor-Consistent Neural Filters for Robust Personal Sound Zones Under Localization Uncertainty
Neighbor-consistent training reduces RMS spatial variation rates in personal sound zone isolation by up to 55.9% (woofer) and 30.3% (tweeter) in simulation and up to 61.8% in measurements while preserving isolation quality.