Speech enhancement aims to improve the listening quality and intelligibility of noisy speech
in adverse environments. It proves to be challenging to perform speech enhancement in …

Bone-conducted (BC) speech captures speech signals based on the vibrations of a
speaker's skull. It is thus not affected by noise sources from environments and hence …

Bone-conduction microphones (BCMs) capture speech signals based on the vibrations of
the speaker's skull and exhibit better noise-resistance capabilities than normal air …

Previous studies have proven that integrating video signals, as a complementary modality,
can facilitate improved performance for speech enhancement (SE). However, video clips …

In this paper, we compare air‐conducted (AC) speech with bone‐conducted (BC) speech for
the purpose of utilizing them in packet loss concealment (PLC) for speech quality of voice …

This paper gives an overview to speech enhancement algorithms using a bone-conducted
(BC) microphone. Unlike conventional air-conducted (AC) microphones picking up particle …

Bone-conduction (BC) microphones capture speech signals by converting the vibrations of
the human skull into electrical signals. BC sensors are insensitive to acoustic noise, but …

Bone and tissue conducted speech has been used in noisy environments to provide a
relatively high signal-to-noise ratio signal. However, the limited bandwidth of bone and …

This paper proposes an intelligibility enhancement technique for bone conducted (BC)
speech without exploiting any spectral characteristics of normal air conducted (AC) speech …

Bone-conducted (BC) speech has a significant advantage as a solution for speech
communication in an extremely noisy environment because of its stability against …