METHOD AND APPARATUS FOR IMPROVED SPEAKER IDENTIFICATION AND SPEECH ENHANCEMENT

1 .- 85 . (canceled)

86 . A user speech subsystem, comprising:

a vibration voice pickup (VVPU) sensor configured for capturing vibration originating from a voiced sound of a user and generating a vibration signal; and

at least one processor configured for acquiring the vibration signal, acquiring an audio signal output by at least one microphone in response to capturing voiced sound from the user and ambient noise containing voiced sound of others, and using the vibration signal to discriminate between voiced sound of the user and the voiced sound from others in the audio signal captured by the at least one microphone.

87 . The user speech subsystem of claim 86 , wherein the at least one processor is further configured for performing an analysis of the vibration signal, and determining that the at least one microphone has captured the voiced sound of the user based on the analysis of the vibration signal, and discriminating between voiced sound of the user in the audio signal and voiced sound from others captured by the at least one microphone in response to the determination that the at least one microphone has captured the voiced sound of the user.

88 . The user speech subsystem of claim 86 , wherein the at least one processor is configured for discriminating between voiced sound of the user and voiced sound from others captured by the at least one microphone by detecting voice activity in the audio signal, generating a voice stream corresponding to the voiced sound of the user and the voiced sound of others, and discriminating between the voiced sound of the user and the voiced sound of the others in the voice stream.

89 . The user speech subsystem of claim 88 , wherein the at least one processor is further configured for outputting a voice stream corresponding to the voiced sound of the user.

90 . The user speech subsystem of claim 88 , wherein the at least one processor is further configured for outputting a voice stream corresponding to the voiced sound of the others.

91 . The user speech subsystem of claim 89 , further comprising a speech recognition engine configured for interpreting the enhanced voiced sound of the user in the voice stream into speech.

92 . A system, comprising:

a frame structure configured for being worn on the head of a user; and

the user speech subsystem of claim 86 , wherein the VVPU sensor and the at least one microphone are affixed to the frame structure.

93 . The system of claim 92 , further comprising at least one speaker affixed to the frame structure, the at least one speaker configured for conveying sound to the user.

94 . The system of claim 92 , further comprising at least one display screen affixed and at least one projection assembly affixed to the frame structure, the at least one projection assembly configured for projecting virtual content onto the at least one display screen for viewing by the user.

95 . The system of claim 92 , wherein the VVPU is further configured for being vibrationally coupled to one of a nose, an eyebrow, and a temple of the user when the frame structure is worn by the user.

96 . The system of claim 92 , wherein the frame structure comprises a nose pad in which the VVPU sensor is affixed.

97 . A method, comprising:

capturing vibration originating from a voiced sound of a user;

generating a vibration signal in response to capturing the vibration originating from the voice sound of the user;

capturing the voiced sound of the user and ambient noise;

generating an audio signal in response to capturing the voiced sound of the user and the ambient noise; and

using the vibration signal to discriminate between voiced sound of the user in the audio signal and voiced sound from others in the audio signal.

98 . The method of claim 97 ,

performing an analysis of the vibration signal; and

determining that the user has generated voiced sound based on the analysis of the vibration signal;

wherein the voiced sound of the user in the audio signal and voiced sound from others in the audio signal is discriminated in response to the determination that the user has generated voiced sound.

99 . The method of claim 97 , wherein discriminating between the voiced sound of the user in the audio signal and voiced sound from others in the audio signal comprises detecting voice activity in the audio signal, generating a voice stream corresponding to the voiced sound of the user and the voiced sound of others, and discriminating between the voiced sound of the user and the voiced sound of the others in the voice stream.

100 . The method of claim 97 , further comprising outputting a voice stream corresponding to the voiced sound of the user.

101 . The method of claim 100 , further comprising outputting a voice stream corresponding to the voiced sound of the others.

102 . The method claim 100 , further comprising interpreting the enhanced voiced sound of the user in the voice stream into speech.

103 . A headwear device, comprising:

a frame structure configured for being worn on the head of a user;

a vibration voice pickup (VVPU) sensor affixed to the frame structure, the VVPU sensor configured for capturing vibration originating from a voiced sound of a user and generating a vibration signal;

at least one microphone affixed to the frame structure, the at least one microphone configured for capturing voiced sound from the user and ambient noise;

at least one processor configured for performing an analysis of the vibration signal, and determining that the user has generated the voice sound based on the analysis of the vibration signal.

104 . The headwear device of claim 103 , wherein the analysis of the vibration signal comprises determining that one or more characteristics of the vibration signal exceeds a threshold level.

105 . The headwear device of claim 103 , wherein the at least one processor is further configured for performing an analysis of the audio signal, and determining that the at least one microphone has captured voiced sound from the user based on the analyses of the audio signal and the vibration signal.

106 .- 122 . (canceled)