Eng

A novel way from Chinese scientists to measure how well you sleep

Inkstone
發布於 2019年10月17日13:10

Insomnia is a common issue around the world. Anywhere from 25% to 40% of people in a given population deal with difficulty falling or staying asleep.

But Chinese scientists say they've found a way to use artificial intelligence (AI) to tell how well people have been sleeping from the way they walk.

廣告(請繼續閱讀本文)

Professor Zhu Tingshao and colleagues at the Institute of Psychology in Beijing have developed an accurate method of determining sleep quality through its impact on gait, with the help of a machine learning algorithm and a video game component, according to a paper published by online scientific journal PLOS One.

Zhu and his team found upper body parts " such as head and shoulders " betrayed more about a person's lack of sleep than lower parts like hips and legs.

The researchers claim their method could flag the number of people in a crowd who have had insufficient sleep, providing a low cost way for public health authorities to measure the scale of a growing health problem, leading to more timely and effective policies to address the issue.

廣告(請繼續閱讀本文)
The researchers claim their method could flag the number of people in a crowd who have had insufficient sleep.

Poor sleep quality has been linked to everything from bad temper to obesity, work accidents and heart attacks.

In China, about a quarter of the population has sleeping difficulties, according to a survey conducted by government hospitals last year. Other countries such as the US have reported similar or worse problems.

廣告(請繼續閱讀本文)

The soundness of sleep can be measured by wearing a smart watch or bracelet, donning a brainwave monitor or taking an MRI scan in the hospital.

These methods, however, require people's collaboration and cannot be used to monitor a population, especially when people are wide-awake.

Poor sleep quality has been linked to health problems.

Previous studies by other researchers suggested that inadequate sleep affected walking speed but the correlation had been too weak for practical use.

In contrast, the latest research paper suggests the system developed by Zhu and his team could monitor 360 types of movement taking place in all major joints of the human body.

More than 50 first-year postgraduate students from the University of the Chinese Academy of Sciences in Beijing took part in the training and testing of the system, completing a sleep quality questionnaire before walking in front of the camera.

Copyright (c) 2019. South China Morning Post Publishers Ltd. All rights reserved.

查看原始文章

更多 Eng 相關文章

UK to hold general election on July 4: PM
XINHUA
Norway, Ireland, Spain announce formal recognition of Palestine
XINHUA
Trend Micro Protects Consumers in the Age of the AI PC
PR Newswire (美通社)
Sungrow Releases Its 2023 Sustainability Report Highlighting Commitment to Greener Future
PR Newswire (美通社)
California businesses bullish on China's booming market
XINHUA
Xinhua Photo Daily | May 22, 2024
XINHUA
⁠Elitery Named Google Cloud Managed Services Provider in Indonesia
PR Newswire (美通社)
Bio-diversity conservation: Waiting decades for blossoms to flourish
PR Newswire (美通社)
FujianPano | A glance into paradise of birds in SE China
XINHUA
ZhejiangPictorial | Free ride available on autonomous driving bus route in Hangzhou
XINHUA
Expectations running high for China, U.S. tourism cooperation
XINHUA
China's BRI-backed workshop helps develop vocational skills for Cambodian talent
XINHUA
New findings illuminate details about SW China ancient capital
XINHUA
Update: Explosion hits residential building in NE China, casualties unknown
XINHUA
Asia Album: Full Moon Day of Kason celebrated in Myanmar
XINHUA
Asia Album: Heat wave hits Lahore, Pakistan
XINHUA
Xinhua News | Xi sends congratulatory letter to China-GCC Countries Forum on Industrial, Investment Cooperation
XINHUA
Chinese traditional dances attract tourists from home and abroad
XINHUA
Nests on electricity transmission towers installed for birds in China's Qinghai
XINHUA
Taklimakan Rally's 2nd stage sees smooth finishes amid desert challenge
XINHUA