Wireless Networks based Smart Medical Monitoring System

Abstract

Wireless Sensor Network (WSN) innovations are rapidly becoming a significant area of research in the healthcare industry due to their potential to support sustainable personal health development. These networks enable continuous monitoring of vital health parameters, offering critical assistance to physicians for accurate diagnosis and enhanced patient care. This paper explores the development and impact of emerging handheld smart medical monitoring systems that leverage WSN-based applications. These systems consist of various physiological sensors, wireless transmission units, and processing modules. Once the data is collected, it is transmitted to the patient’s smartphone, which acts as an intermediary platform. From there, the data is shared with medical professionals through dedicated smartphone apps or stand-alone systems. These specialists can remotely access the patient’s health information and, based on the analysis, recommend appropriate treatments or medications. This innovative architecture minimizes the need for frequent in-person doctor visits, particularly for patients requiring regular health status tracking. By automating data collection and remote reporting, WSN-based health monitoring enhances healthcare efficiency, reduces patient burden, and promotes timely medical intervention. Overall, these systems offer a cost-effective and scalable approach to personal health management, aligning with the global goals of sustainable and technology-driven healthcare solutions.