International Journal of Scientific Research and Engineering Development

International Journal of Scientific Research and Engineering Development

( International Peer Reviewed Open Access Journal ) ISSN [ Online ] : 2581 - 7175

IJSRED » Archives

Submit Your Manuscript OnlineIJSRED

Fall Detection System in Milatary Application Using Wearable Technology

    International Journal of Scientific Research and Engineering Development (IJSRED)

Full Text:

Published Issue : Volume-4 Issue-1
Year of Publication : 2021
Unique Identification Number : IJSRED-V4I1P94
Authors :Dr. A.Chaitanya Krishna
: Click Here | DOI : Update Soon

Abstract :

Falls can cause genuine injuries, for example, cerebrum wounds and bone breaks, particularly among older individuals. Dread of falling may decrease proactive tasks bringing about declining social cooperations and in the end causing wretchedness. To reduce the impacts of a fall, convenient conveyance of clinical treatment can assume an essential part. In a comparable situation, an IoT-based wearable framework can clear the most encouraging approach to moderate genuine outcomes of a fall while giving the comfort of use. In traditional IoT frameworks, wearable gadgets assemble and communicate information to portable entryways where the majority of calculations are performed. Notwithstanding, the improvement of wearable gadgets, lately, has diminished the hole as far as calculation capacity with portable passages. Therefore, some new works present offloading plans to use wearable gadgets and henceforth decreasing the weight of portable entryways for explicit applications. Notwithstanding, to convey adequate level of observing and unwavering quality, wearable gadgets working at the center of fall identification frameworks are needed to work for a drawn out timeframe. The older individuals have restricted actual capacities and are more defenseless against genuine actual harms even with little mishaps, for example fall. The falls are eccentric and unavoidable. If there should be an occurrence of a fall, early recognition and brief warning to crisis administrations is fundamental for brisk recuperation. In any case, the current fall discovery gadgets are massive and awkward to wear.In this work, we center around energy proficiency of a wearable sensor hub in an Internet-of-Things (IoT) based fall recognition framework in military field.