Four Vital Data Focused ICU-Patient Monitoring System using 32-bit SoC and IoT Protocol

Abstract

Revolution of 5G communication system has already jolted an outstanding impact in machine-tomachine communication by strong interconnection and human machine interaction. High-speed data transfer allows sensor-based devices to respond quickly and ensures accurate data transfer process. Internet of things (IoT) is making billions of physical tasks easy and real-time operating. Trends in integration of body sensors and sensor-based cyber physical systems have already enabled IoT, interfaced with 5G communication system. One of the most promising sectors for the utilization of IoT technology is in health care and body sensor-based patient monitoring systems. In this research, four vital data focused ICU-Patient Monitoring System has been implemented; using 32-bit SoC and IoT Protocol. Here, multiple body sensors, level detectors and biosensors have been connected for measuring physiological data. These data have been transferred to the central unit. Aiming to the future model, a four vital based prototype has been developed to justify the feasibility. The experimental outcome from the research has shown anticipated response from the prototype. This research will also enhance the efficiency of future medical-vital analysis in low-cost.