OWN VOICE SIGNAL PROCESSING METHOD
A signal processing method and a hearing device for isolating a user's own voice from microphone signals is disclosed. The signal processing method comprises the following steps. Providing at least two microphones at one ear of a user or at least one microphone at each ear of the user. Receivin...
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| creator | MÖHRING, Finn CHRISTIANSEN, Thomas Ulrich PETERSEN, Eline Borch LAPLANTE-LÉVESQUE, Ariane LAUGESEN, Søren LUNNER, Thomas JENSEN, Niels Søgaard PONTOPPIDAN, Niels Henrik NAYLOR, Graham |
| description | A signal processing method and a hearing device for isolating a user's own voice from microphone signals is disclosed. The signal processing method comprises the following steps. Providing at least two microphones at one ear of a user or at least one microphone at each ear of the user. Receiving sound signals by the microphones. Isolating a user's own voice from the microphone signals by way of a combination of at least two of the following processes: a) applying own voice detectors to the microphone signals, b) using monaural and binaural directional microphone systems, c) using monaural and binaural directional microphone systems with near field emphasis, and d) applying speaker identification models to the microphone signals. Estimating a stress level or cognitive load from the isolated voice. Adjusting settings of a device in dependence of the estimated stress level or cognitive load. |
| format | Patent |
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The signal processing method comprises the following steps. Providing at least two microphones at one ear of a user or at least one microphone at each ear of the user. Receiving sound signals by the microphones. Isolating a user's own voice from the microphone signals by way of a combination of at least two of the following processes: a) applying own voice detectors to the microphone signals, b) using monaural and binaural directional microphone systems, c) using monaural and binaural directional microphone systems with near field emphasis, and d) applying speaker identification models to the microphone signals. Estimating a stress level or cognitive load from the isolated voice. 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The signal processing method comprises the following steps. Providing at least two microphones at one ear of a user or at least one microphone at each ear of the user. Receiving sound signals by the microphones. Isolating a user's own voice from the microphone signals by way of a combination of at least two of the following processes: a) applying own voice detectors to the microphone signals, b) using monaural and binaural directional microphone systems, c) using monaural and binaural directional microphone systems with near field emphasis, and d) applying speaker identification models to the microphone signals. Estimating a stress level or cognitive load from the isolated voice. Adjusting settings of a device in dependence of the estimated stress level or cognitive load.</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | DEAF-AID SETS DIAGNOSIS ELECTRIC COMMUNICATION TECHNIQUE ELECTRICITY HUMAN NECESSITIES HYGIENE IDENTIFICATION LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKEACOUSTIC ELECTROMECHANICAL TRANSDUCERS MEDICAL OR VETERINARY SCIENCE PUBLIC ADDRESS SYSTEMS SURGERY |
| title | OWN VOICE SIGNAL PROCESSING METHOD |
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