Sound recognition

Sound recognition is a technology, which is based on both traditional pattern recognition theories and audio signal analysis methods. Sound recognition technologies contains preliminary data processing, feature extraction and classification algorithms. Sound recognition can classify feature vectors, feature vectors are created as a result of preliminary data processing and linear predictive coding.

Sound recognition technologies are used for:

In monitoring and security solutions, an important contribution to alarm detection and alarm verification can be supplied, using sound recognition techniques. In particular, these methods could be helpful for intrusion detection in places like offices, stores, private homes or for the supervision of public premises exposed to person aggression. In all these cases, a recognition system can report about a danger or distress event. It could further identify sounds like glass break, doorbells, smoke detector alarms, red alerts, human screams, baby cries and others. Sometimes, the alarm is triggered by other of detectors (e.g. temperature or video-based) and the sound recognizer would be associated to these other modalities, to verify the alarm, with the purpose of decreasing the global false alarm detection rate.

Solutions based on a sound recognition technology can offer assistance to disabled and elderly people affected in hearing capabilities, helping them to keep or recover some independence in their daily occupations.[1]

There are only several companies who are working on the Sound recognition technology: AbiliSense (checking sounds of the home and city environment), OtoSense (checking sounds of engines) and Audio Analytic (AI company who's "Embedded sound recognition AI software gives consumer technology, such as smart speakers, hearables, smart home tech, mobile phones and automotive, a sense of hearing." [2] has sound recognition software that makes consumer products more intelligent).

References

  1. http://ieeexplore.ieee.org/document/7129872/
  2. "Audio Analytic - enabling intelligent products through sound recognition". Audio Analytic. Retrieved 2018-04-09.
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