.

ISSN 2063-5346
For urgent queries please contact : +918130348310

Sensor-Based Continuous Multiparameter Monitoring and Infusion Syringe Pump Control System in Real-Time with Internet of Things

Main Article Content

Sheeba Santhosh, G Hari Krishnan, T. Sudhakar, T Devaraju, G Mohandass
» doi: 10.31838/ecb/2023.12.si4.195

Abstract

Biosensing technologies are becoming more and more important in security, sports, and healthcare sensors. Vital signs of a person include breathing, temperature, pulse rate, and blood pressure. Hospitalized patients' vital signs should be tracked and reported to the doctors on a regular basis. According to the doctor's recommendations, the medication is automatically injected if there are any variations or disorders. A data transmission system with the fastest throughput and two-way communication is required for that. The common methods of transmission include Bluetooth, GSM, GPRS, and others. However, the main issue is time delay, as well as a restriction on continuous monitoring. A novel method is used to exchange data continuously and instantly in order to solve these issues. Through this method, patient data are transmitted in just a few nanoseconds while the patient is continuously monitored. If there is a change in the parameters, an infusion syringe pump automatically administers the patient's medications in accordance with the doctor's instructions. Flash programmer and the Keil C compiler are the programmes used

Article Details