The Design of IoT Dengue Alert Supervisions System with RFID Access

Abstract

Abstract This research presents a development of a patient’s Dengue Alert Supervisions (DAS) System. The system is designed adaptively to alert patients and can be monitored over the Microsoft Windows Interfacing Applications system. The purpose is to alert patients on dengue attacks if they are possibly infected with dengue. Problem identifies that patients are difficult and hard to go for regular medical check-ups especially to the hospital. They face issues like long queues and long waiting times at public hospitals and it takes time to diagnose the dengue attacks. The objective of this system is to design a handy system for dengue detectors and to accurately warn the patients so that, they are being treated properly. The elements designed in this system comprised of a temperature sensor and blood dengue kit which is combined with push buttons as a tool to determine the condition of blood cells. This system used Radio-Frequency identification (RFID) access card to detect personal details. The database is directed to Windows application s on the DAS system. Results present the value of the blood level of infected dengue and body temperature in an online graph. The data can automatically send to hospitals online and access by medical officers on current situations. The system is beneficial to society as it is an essay system that can provide the user with simple and timely feedback. It would also be a significant invention to medical officers in diagnosing patients with much easier and quicker collection data using the Internet of Things (IoT).