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Global Mosquito-Sensing Network Being Built Using Smartphones


 Anopheles stephensi--one of 40 mosquito species that can transmit malaria, out of 3,600 species in total.

University of Oxford researchers have developed a low-cost smartphone system that can identify and monitor mosquito populations.

Credit: Technology Review

Researchers at the University of Oxford in the U.K. say they have developed MozzWear, a low-cost smartphone sensor system to identify and monitor mosquito populations.

The team says the system exploits the fact that mosquito species can be identified by the noise their wings make, and MozzWear records mosquito noises, the time, and their location, sending the data to a central server where the species can be identified.

The team trained a machine-learning algorithm to recognize the characteristic acoustic signatures of different species and then identify the insects accordingly.

The researchers were able to train the machine-learning algorithm with recordings of mosquitoes collected by the U.S. Centers for Disease Control and Prevention and the U.S. Army Military Research Unit in Kisumu, Kenya.

The team found its system accurately detects the Anopheles species of mosquito about 72% of the time, thus representing a useful proof-of-principle demonstration.

From Technology Review
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