The implementation of a smart microchips system to applications on the modern medical applications

An individual and patient-centric healthcare smart microchips system was designed for a wide variety of otolaryngology applications. The dynamical acquisition of physiological data in this system can identify the early warning signals of each specific conditions. This smart microchip system mainly composed of Arduino, Zigbee, and specific sensors with accessories. In addition, the construction price of such system is less expensive, and the maintenance of the microchip system is rather simple. The system can promptly provide the corresponding treatment solutions to the emergency medical incidents by providing reliable diagnostic orientation as the sensors constantly receive signal feedbacks. In this paper, we deployed this wireless system to demonstrate the functions and performances of this smart microchips system in otolaryngology ward.