Sentence examples for sound recognition from inspiring English sources

Recent work in this vein has targeted sound segregation, sound recognition, and the perception of reverberation.

Partially segregated neuronal pathways ("what" and "where" pathways, respectively) are thought to mediate sound recognition and localization.

Through a new version of Kaltura, we can now use ASR (Automatic Sound Recognition) technology to create captions for any newly deposited content.

Figure 5 Proposed decision tree for automatic environmental sound recognition.

It is a branch of generalized sound recognition technology, namely computational auditory scene analysis.

This paper presents a methodology that incorporates temporal feature integration for automated generalized sound recognition.

This research can contribute to improved speech reception and production, language competence, and environmental-sound recognition in such individuals.

Let us first focus upon the action-sound recognition component.

For action-sound recognition we would expect to find regions linking together typically involved in the recognition of learnt actions and sounds.

Taking together the ties of the previously described action-sound recognition network and the memory network, the MNS appears to be involved in mediating these associations in humans.

Also, the failure of the instructed human listeners to associate the breathing sounds recorded under physical strain argues against the use of power-spectrum information for breathing-sound recognition, at least in the audio frequency range below 20kHzz.