Design of Intelligent Perception Module Based on Wireless Sensor Network and Basketball Sports Attitude

Abstract

In recent years, along with microelectromechanical (MEMS) technique and wireless body area network (WBAN), wearable health monitoring systems have emerged. With sustainability posture detection technique, people pay more and more attention to mankind posture detection. Human posture detection technique has been widely used in medical, film and television, industry, sports, and other fields. Motion capture is a technique for measuring the motion of moving objects in three-dimensional space with great accuracy. It is the most efficient method for producing computer 3D animation and collecting human motion data. The use of motion capture systems in animation is becoming increasingly common. The problem of a single sensor having a large error in monitoring human motion and attitude is addressed. The use of multisensor data fusion technology is used to propose a human motion pattern recognition method based on data fusion of accelerometer and gyroscope. The system must effectively integrate the information of various sensors in order to achieve the goal of accuracy, timeliness, and reliability processing, and multisensor information fusion systems for various complex application objects are constantly emerging.

Intelligent Health Assistant for Pupils

“…First, we employ a Wireless Sensor Network (WSN) [12] to safeguard pupils' posture while studying. Based on theories from researches [13][14][15], this sensor network comprises a waist device with integrated sensors to track the inclination of children's lower back. It has been evident after several early tests that wearables alone are insufficient since many students frequently bow their heads at the table without bending their lower backs.…”

Design of wearable antenna sensors and Path loss Modeling for Internet of Wearable Things applications

“…In this context, a wide range of application domains have been covered by WBAN to perform continuous and non-invasive monitoring of vital signs of persons such as blood pressure, body temperature, Oxygen saturation, electrocardiogram (ECG) to track heart activities, and electromyography (EMG) to evaluate the functioning of nerves and muscles, etc [1]. In particular, WBAN networks as an integral component of the Internet of Wearable Things paradigm, are extensively employed in various domains such as biomedical domain [2], military domain [3] [4] [5], and sports domain [6] [7]. Currently, the advancement of intelligent healthcare systems plays a crucial role in facilitating remote medical care for patients, reducing the need for hospital visits, and enabling early detection of life-threatening illnesses as a preventive measure.…”