Latest Articles for Wearable Technology

New method improves tracking of human activities through sensor data.

New prototype garment enhances smart clothing with efficient sensing technology.

F-HASEL actuators achieve high-speed movements while sensing their own displacement.

New smart glasses monitor activities through inaudible sounds, promoting effortless health tracking.

Exploring how smartwatches can monitor circadian rhythms outside labs.

Exploring the connection between physical fitness and activity levels in older adults.

A new method improves heart condition classification from PPG data.

A study shows the benefits of a new application in rehabilitation remote monitoring.

A study on recognizing actions using few-shot learning and multimodal data.

A new approach improves activity recognition by combining various data types.

New designs in exosuits aim to assist people with motor impairments.

A new method for creating high-performance, flexible electronic devices using advanced materials.

A flexible model improves stress detection using smartwatches for better patient care.

STAformer enhances action prediction in videos through attention-based techniques.

A study on how different encoding methods affect SNN performance in recognizing activities.

A new method combines video and IMU data to improve action recognition techniques.

A new method uses biosignals to classify chronic lower back pain effectively.

A method that combines visual and IMU data for better action recognition.

A new method improves activity recognition using wearable sensors and AI.

How walking affects the ability to read smartwatches effectively.

New study examines how indoor environments impact personal comfort and well-being.

A system to enhance speech clarity in noisy environments using smart glasses.

A new model helps track heart health using the Valsalva Maneuver.

A new method improves heart monitoring using in-ear ECG technology.

A new method for discreetly controlling smart glasses using teeth clicks.

Study reveals how physical traits affect brain activity monitoring using fNIRS.

A new technique offers improved blood pressure readings using PPG data.

Improved knee exoskeletons enhance movement from sitting to standing during rehabilitation.

A new system generates realistic body movements using a single head-mounted device.

Exploring the potential of wearables to monitor postpartum depression.

A smartwatch uses sound waves to monitor hand and face interactions.

Wearable devices provide fresh insights into ataxia progression and treatment effectiveness.

A wearable system helps seniors safely pick up items and prevents falls.

Low-power microcontrollers are essential for efficient wearable devices today.

Learn how transparency boosts human activity recognition systems.