Medical Intelligent Infusion Monitoring System Based on 5G Network and FPGA

Abstract Medical infusions emphasize an approach to a distributed patient-centric approach, following a rapid transition from traditional hospitals and professionals. Several technological advances have provided medical assistance from long distances to facilitate this rapid transformation of medical verticality. Continuous medical infusion intelligent monitoring system improves people's lifestyle. These systems collect vehicle body signals via biomedical sensors and various collection systems to provide information about the patient's health. Multiple tasks are accomplished with the same interface, buffering and compression FPGA (Field Programmable Gate Array) devices. Capacitor interface circuits are used for medical infusion intelligence, which is based on the principle of capacitor frequency-voltage conversion. However, to achieve the highest monitoring quality, the patient's health level needs to be analyzed. In this article, patients with continuous infusion health monitoring can use 5G technology and propose a system through it. The proposed system includes wearable sensors and devices, smartphones, and database systems that maintain data for all patients. The intelligent injection monitoring screen is displayed graphically after dripping the information obtained by observation and gadget injection. When the temperature sensor value reaches the threshold, the fluid flow is stopped immediately without any airflow in the patient's veins when the control valve is closed. The medical infusion data is compressed to avoid sending repeated values of any of the targets to further reduce power consumption.