A primary force behind the rapid expansion of this market is the growing demand for enhanced audio experiences in consumer electronics. MEMS microphones, which form the largest sub-segment, are ...

This acoustic sensor was originally developed for an industrial application (monitoring a siren), but will also find many domestic applications. Note that the sensor is designed with safety of ...

A KAIST research team led by Professor Keon Jae Lee from the Department of Material Science and Engineering has developed a machine learning-based acoustic sensor for speaker recognition. Acoustic ...

A MEMS microphone is a solid state integrated IC that can sense voice in the same way as an ECM Microphone [Electret Condenser Microphone]. MEMS microphones are widely adopted in modern devices such ...

Scientists are developing a new acoustic sensor to be tested in a new hemi-anechoic chamber. This new sensor could one day be used to help locate individuals trapped in collapsed buildings, such as ...

- Mimicking the auditory principles of bats and dolphins, the technology enables sound-based recognition of human and object positions - A human-robot interaction technology operable in noisy ...

New research describes multimodal sensor fusion for AI-based fault detection in 3D printing.

Reliability is always one of the key success factors to gain customer satisfaction in microphone products which will be equipped and used in various environmental conditions. There are frequent ...

New sound measurement systems can determine the coordinates of Russian artillery at a depth of up to 25 km. Source: Ekonomichna Pravda Details: The systems were presented by the Ukrainian company ...

Acoustic sensors were spotlighted as one of the most intuitive bilateral communication devices between humans and machines. However, conventional acoustic sensors use a condenser-type device for ...