Jennifer Sperlein,K Hinde,T Karakolis et al. Jennifer Sperlein et al.

Discussion includes a general approach to quantifying warfighter and squad-level dismounted performance, specific body-worn sensors used to investigate performance, including heart rate variability and movement mechanics, a specific investigation into the effect of hearing acuity on individual and group

Mathias Holsey Gramkow,Andreas Brink-Kjær,Frederikke Kragh Clemmensen et al. Mathias Holsey Gramkow et al.

Participants underwent actigraphy at home using two body-worn sensors (SENS Motion®) for 1 week. We derived movement patterns (walking, running, resting, etc.) from raw accelerometry data using a proprietary algorithm.

Lucía Pinilla,Ching Li Chai-Coetzer,Danny J Eckert Lucía Pinilla

Accordingly, the current review summarises the existing evidence for sleep study testing in people with suspected sleep-related breathing disorders, discusses novel and emerging technologies and approaches according to three key categories: (1) wearables (e.g., body-worn sensors including wrist and finger

Qiuyang Lin,Haocun Wang,Dwaipayan Biswas et al. Qiuyang Lin et al.

Advancements in integrated circuit (IC) technology have accelerated the miniaturization of body-worn sensors and systems, enabling long-term health monitoring.

Hsiang-Han Huang,Yung-Tze Lee,Chen-Ling Lai et al. Hsiang-Han Huang et al.

This study conducted a secondary analysis to objectively measure the effects of modified ride-on cars (MROCs) training in different postures on physical activity (PA) levels in children with motor delays. Data from 39 participants were anal...

T Kangarloo,R D Latzman,J L Adams et al. T Kangarloo et al.

We thus aimed to provide an overview of participant feedback on acceptability of DHTs, including body-worn sensors used in the clinic and a mobile application used at-home, used throughout the duration of the Wearable Assessments in the Clinic and at Home in Parkinson's Disease (WATCH-PD) study, an observational

Carl D Smith,Madhavi K Reddy,Shardonnai T Sims et al. Carl D Smith et al.

Army Medical Material Development Activity is evaluating body-worn sensors for use by the Joint Conventional Force....In support, the WRAIR completed a qualitative end-user evaluation with service members from high-risk mission occupational specialties to determine the potential needs, benefits, and challenges associated with adopting body-worn sensors into their job duties....Conclusions: Participating service members were generally willing to adopt body-worn sensors into their garrison and deployed activities. To maximize adoption of the devices, they should be convenient to use and should not interfere with service members' job tasks....Incorporating end-user requirements and considering the benefits and challenges highlighted by end users are important for the design and implementation of body-worn sensors to mitigate the risks of blast overpressure and accelerative impact on service members' health.

Lukas Beichert,Winfried Ilg,Christoph Kessler et al. Lukas Beichert et al.

Methods: Cross-sectional multicenter study (four centers), with gait assessments in 36 subjects (18 ARSACS patients; 18 controls) using three body-worn sensors (Opal, APDM) in laboratory settings and free walking in public spaces.

Helena R Gonçalves,André Branquinho,Joana Pinto et al. Helena R Gonçalves et al.

Recent body-worn sensors have emerged in the last decades as potential solutions to produce digital biomarkers able to quantify mobility outside routine consultations and during real-life scenarios for multiple days at a time.

Caroline Moreau,Tiphaine Rouaud,David Grabli et al. Caroline Moreau et al.

Nowadays, there are various body-worn sensors (BWS) proposed to monitor parkinsonian clinical features, such as motor fluctuations, dyskinesia, tremor, bradykinesia, freezing of gait (FoG) or gait disturbances. BWS have been used as add-on tool for patients' management or research purpose.