This paper will propose a smart radiation monitoring system that could help improve healthcare occupational safety by decreasing ionizing radiation. The system combines Geiger-Muller and semiconductor sensors with wireless communication protocols, such as Wi-Fi and the LoRaWAN interface, to monitor them in real time. The system offers immediate feedback through cloud-based dashboards and runs automatic alerts on exposure limits via IoT-based technologies. Stationary and wearable sensors positioned across several hospital departments had their real-time data processed and analyzed by machine learning schemes to identify abnormalities and predict exposure risks. In a pilot study, a 32.5% decline in worker exposure was observed after 30 days, reflecting the benefit of the system in enhancing radiation safety and compliance with international requirements regarding radiation protection.
Kimberly Long Holt (Sun,) studied this question.
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