Artificial intelligence powered technology can seem like a second skin, New ultra thin skinpatch developed by Morash University researchers.
Researchers at Monash University have developed a new skin patch with nanotechnology that can monitor 11 human health markers.
Researchers from the field of engineering and the field of information technology have combined nanotechnology and human intelligence to make machines come closer to communicating with the human body.
Using special algorithms, customized artificial intelligence (AI) technology can sift through many of those signals, understand them, and decide what to do next.
Recently published in Nature Nanotechnology, the research could change the way we provide remote health care and be the future of personal insurance and communication devices.
This is worn around the neck, the researcher Professor Wenlong Cheng said that the cloth cloth has three layers, pointing, neck movement and hands. It also measures breathing and heart rate.
“Emerging soft electronics can act as masks like a second skin for monitoring important aspects of human health, creating cognitive robotics, and integrating artificial intelligence,” said Professor Cheng. and functional,” said Professor Cheng.
Associate Professor Zongyuan Ge, from the Department of Information Technology, is part of a Monash team to develop a frequency/density neural network called Deep Hybrid-Spectro, which can automatically analyze biometric data using a single signal.
“As people all sound and act differently, the next step is to organize and process sensors using more sophisticated algorithms so that they can be tailored to individuals,” Associate Professor Ge.
The sensor is a sputtered platinum film, vertically aligned gold nanowires and sputtered gold nanowire film.
The skin on the neck is the most sensitive skin that combines five physiological activities related to the human throat: speech, heartbeat, breathing, touch and voice.
Source: Monash University
