Gait instability and estimated core temperature predict exertional heat stroke
M Buller, R Fellin, M Bursey, M Galer… - British journal of sports …, 2022 - bjsm.bmj.com
Objective Exertional heat stroke (EHS), characterised by a high core body temperature (Tcr)
and central nervous system (CNS) dysfunction, is a concern for athletes, workers and …
and central nervous system (CNS) dysfunction, is a concern for athletes, workers and …
Early Prediction of Impending Exertional Heat Stroke With Wearable Multimodal Sensing and Anomaly Detection
We employed wearable multimodal sensing (heart rate and triaxial accelerometry) with
machine learning to enable early prediction of impending exertional heat stroke (EHS). US …
machine learning to enable early prediction of impending exertional heat stroke (EHS). US …
Predicting Soldier Performance on Structured Military Training Marches with Wearable Accelerometer and Physiological Data
Performance metrics are extremely important for military instructors and leadership to gauge
soldier fitness and readiness and adjust training regimens accordingly. One important …
soldier fitness and readiness and adjust training regimens accordingly. One important …
Active ascent accelerates the time course but not the overall incidence and severity of acute mountain sickness at 3,600 m
BA Beidleman, PS Figueiredo… - Journal of Applied …, 2023 - journals.physiology.org
Acute mountain sickness (AMS) typically peaks following the first night at high altitude (HA)
and resolves over the next 2–3 days, but the impact of active ascent on AMS is debated. To …
and resolves over the next 2–3 days, but the impact of active ascent on AMS is debated. To …
Physiological Monitoring of the Marine Corps Recruiting Depot-Parris Island, SC Crucible Events
K Driver, E Atkinson, T Mesite, C King, P Finch… - 2023 - apps.dtic.mil
The US Army Research Institute of Environmental Medicine (USARIEM) has been
conducting a series of collaborative field research studies to develop real-time non-invasive …
conducting a series of collaborative field research studies to develop real-time non-invasive …
[CITATION][C] Active Ascent Does Not Alter Cognitive Performance Compared To Passive Ascent To 3600 m: 1740
TJ Mesite, PS Figueiredo, SD Landspurg… - Medicine & Science in …, 2022 - LWW
[CITATION][C] Active Ascent Accelerates The Time Course But Not Severity Of Acute Mountain Sickness At 3600 m: 1738
BA Beidleman, PS Figueiredo, JK Femling… - Medicine & Science in …, 2022 - LWW
[CITATION][C] Active Ascent Does Not Increase Sleep Disturbances Compared To Passive Ascent To 3600 m: 1737
PS Figueiredo, TJ Mesite, SD Landspurg… - Medicine & Science in …, 2022 - LWW
[CITATION][C] Ventilatory And Cardiovascular Acclimatization Remains Unchanged Following Active Versus Passive Ascent To 3600 m: 1730
SD Landspurg, PS Figueiredo, EY Atkinson… - Medicine & Science in …, 2022 - LWW
[CITATION][C] Active Ascent Does Not Alter Mood State Compared To Passive Ascent Following Ascent To 3600 m: 1729
KA Driver, PS Figueiredo, SD Landspurg… - Medicine & Science in …, 2022 - LWW