In this paper, we introduce the Stethoscopic Non-Audible Murmur (NAM) microphone, and we focus on its application in automatic speech recognition systems.

We propose a new style of practical input interface for the recognition of non-audible murmur (NAM), i.e., for the recognition of inaudible speech produced

We present the use of stethoscope and silicon NAM (nonaudible murmur) microphones in automatic speech recognition. NAM microphones are special acoustic sensors, ...

NAM microphones are special acoustic sensors, which are attached behind the talker's ear and can capture not only normal speech, but also very quietly uttered ...

Non-Audible Murmur (NAM) is an unvoiced speech signal that can be received through the body tissue with the use of special acoustic sensors (i.e., NAM ...

A Non-Audible Murmur (NAM) microphone [2], that is a bodyconductive microphone, is placed on the neck below the ear and detects various types of speech such as ...

ABSTRACT We present the use of stethoscope and silicon NAM (nonaudible murmur) microphones in automatic speech recognition. NAM microphones are special acoustic ...

A microphone attachment is developed, which adheres to the skin, applying the principle of a medical stethoscope, which is found the ideal position for ...

We present the use of stethoscope and silicon NAM (nonaudible murmur) microphones in automatic speech recognition. NAM microphones are special acoustic ...

We developed a microphone attachment, which adheres to the skin, by applying the principle of a medical stethoscope, found the ideal position for sampling flesh ...