Falls at construction sites account for approximately 50% of all accidents reported in the US
annually, making them the leading cause of injuries and fatalities. Although there have been …

Monitoring the unsafe behavior of construction workers at risky elevations is essential for
eliminating fall from height (FFH) accidents. This study aims to bridge the gap between …

An automated system that identifies work at height and the fastening state of safety hooks
using wearable sensors was developed to prevent falls from height (FFH). This system …

Fall from height (FFH) is the most significant cause of occupational fatalities in the
construction industry, accounting for approximately 54% of all accidents. Such fatalities have …

High auditory noise levels and limited visibility are often considered among the main factors
that hinder seamless communication on construction sites. Many previous research studies …

Workplaces are increasingly evaluating the use of wearables for ergonomic assessment and
providing biofeedback as a real-time postural intervention to improve workers' posture …

A rotating substrate is essential for achieving high-quality and uniform growth of gallium
nitride (GaN) thin films in molecular beam epitaxy (MBE). By rotating the substrate during …

Fall from height (FFH) is an accident that leads to fatalities in construction workers, and a
major cause of FFH is due to the improper fastening of a safety hook of a safety harness to a …

A fall detection and classification system is crucial for reducing the severe consequences of
falls, which account for the leading cause of accidents on construction sites. Wearable …

This letter proposes a monitoring system to prevent falls from height accidents at
construction sites. In our previous work, a method was proposed for recognizing the …