Artificial Intelligence (AI) and wearable sensors are two important fields for achieving optimal precision medicine tailored to individual patients. Combining these two fields can better capture patient data, improve the design of wearable sensors, and monitor the health of the wearer and their surrounding environment. Currently, with the Internet of Things, big data, and health … Read more
Click the Blue Text to Follow Us SUBSCRIBE to US WEI GAO/CALTECH Wearable devices, like almost all other technologies, require energy. Fortunately, energy is actually ubiquitous under the moderate power budget of wearable devices. It exists in sunlight and radio waves, sweat and body heat from the skin, and the movements and footsteps of a … Read more
From heart rate, blood pressure, sleep to energy consumption, fatigue status, and maximum oxygen uptake, the metrics displayed by smartwatches and fitness bands are increasing, but it seems that some values are not measured accurately? Your feeling is correct, the accuracy of various metrics varies greatly; some are accurate enough for doctors to reference, while … Read more
Article Number | 1009-265X(2021)03-0065-06 Source | “Modern Textile Technology” Issue 3, 2021, 65-70 Authors | Jiang Maoxin a, Lu Hong b, Huang Wanrong a, Li Xinxin a (Donghua University, a. College of Fashion and Art Design; b. Key Laboratory of Modern Clothing Design and Technology, Ministry of Education, Shanghai) Author Introduction | Jiang Maoxin (1997-), … Read more
Introduction According to a recent report from the National University of Singapore (NUS), researchers have invented a new method for connecting wearable devices. This “wireless body sensor network” increases the signal strength for data transmission by a factor of a thousand compared to traditional technologies, which also means that the battery life of all devices … Read more
Recently, the Brain Intelligence Center team led by Zhan Yang at the Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, in collaboration with the Neural Engineering Center team led by Li Guanglin and the team led by Xue Xinyu from the University of Electronic Science and Technology, developed a self-powered flexible wearable neural stimulator … Read more
Recently, the research teams of Zhan Yang from the Brain Intelligence Center at the Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, and Li Guanglin from the Neural Engineering Center collaborated with the team from University of Electronic Science and Technology of China to develop a self-powered flexible wearable neural stimulator that achieves bidirectional … Read more
01 Introduction In recent years, there has been a growing demand for mobile and portable medical devices that can monitor blood sugar, body temperature, heart rate, blood pressure, and perspiration. Currently, basic health data of the human body is difficult to quantify. However, portable medical devices can continuously collect human information and transmit it to … Read more
“In our research, we screened several at-risk infants through calibration by professional physicians, and then urgently contacted the parents, advising them to take their infants to a higher-level hospital for a comprehensive examination. At that moment, we truly felt the importance of what we were doing.” Dr. Zhang Senhao and Dr. Bao Benkun from the … Read more
This article proposes a high-resolution multidirectional sensor that operates under low strain. Using a laser direct writing method, a porous graphene electrode is prepared on a PI/PDMS composite film, successfully creating a cross-shaped sensitive layer. The sensor exhibits excellent sensing performance, linear response, and repeatability. The unique sensing characteristics of the cross-shaped structure enable the … Read more