Sentence examples for enhancement source from inspiring English sources

Typical applications of microphone array system include teleconferencing, automatic speech recognition, speech enhancement, source separation and automatic auditory system for robots [1 6].

This method is applicable to various applications including speech enhancement, source separation, direction of arrival (DOA) estimation, and dereverberation by beamformers and has high versatility.

Therefore, SPIKE was believed to induce the enhancement of source size and translocation capacity as well as sink size (Fujita et al. 2013).

This fact implies that, when dealing with nonstationary signals, various array processing techniques can be straightforwardly applied in the time-frequency framework to take advantages of signal enhancement and source discrimination, as described above, which stem from the nonstationary properties of γ(t).

The high recoveries from the fortified reservoir waters may indicate ionization enhancement in the source of the mass spectrometer due to the relatively high content of dissolved organic matter in these waters.

A typical application of NMF is noisy speech feature enhancement via supervised source separation [13].

Adaptive modulation is exploited to overcome the performance enhancement limitation in source rate control schemes employing fixed modulation.

Also, estimation of middle-level features as chords can be improved, for example, by enhancement through musical source separation [47].

In this section, we consider the benefit of using AV coherency and statistical independence together to gain more enhancement in speech source separation.

Such applications vary from steering multiple feed parabolic dish antennas [1], to source enhancement in antenna arrays [2], to fault monitoring in aircrafts [3], to intricate robotic pets [4], to close-to-life insect emulation [5].

Our nondimensionalized quasi-steady (Stefan number ≲ 0.1) solution indicates that the average charge (discharge) rate in a spatially-enhanced PCM outperforms the uniformly-enhanced case by maximizing the enhancement near the heat source and therein reducing the time averaged thermal resistance to melting (solidifying).