AI Can Now Detect Why Your Baby Is Crying

“Alexa, why is my baby crying?”

Scientists say they’ve developed a brand new artificial intelligence (AI) software that can reliably interpret the cries of babies. Utilizing comparable technology to Amazon’s Alexa assistant, it may tell parents whether or not their baby is hungry, needs changing, or is in pain.

Crying babies demand attention; however, for his or her anxious parents, it’s usually challenging to understand precisely what the issue might be.

Now a team of American researchers has developed an AI that may assist. The group says the system can distinguish between regular cries brought on by hunger or a desire for bodily contact, for instance, and more uncommon ones resulting from illnesses.

Parents are often in a position to interpret the cries of their babies (even when this sometimes requires a degree of noisy and traumatic trial and error).

It’s because the cries of babies share standard features which parents consciously and unconsciously pick up on.

Figuring out the patterns woven into the cacophonous wails of infants has proved much more difficult for scientific researchers. However, a few of the latest artificial intelligence applications have come to the rescue.

Their system makes use of automatic speech recognition check, the same technology utilized in digital assistants from corporations like Google and Amazon, to detect and interpret different features of the baby’s crying.

The team used a process referred to as compressed sensing – which reconstructs signals based on incomplete data – and utilized it to recognize and classify features inside the general din to understand what’s making the baby cry, and the way urgently it needs to be addressed.

“As a special language, there are many health-related data in various cry sounds,” stated Lichuan Liu, an associate professor at Northern Illinois University, and the crew’s corresponding author.

“The differences between sound signals carry the information, she stated, including “different features of the cry signals represent these differences. To recognize and use the information, we have to extract the features and then obtain the information in it.”