Khalfan Al-Shabibi's scientific contributions

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Publications (1)


Evaluations of an Ingenious Medical Hypertension Alarm System for Infants Using IoT
  • Article
  • Full-text available

October 2023

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14 Reads

Maria Amur

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Khalfan Al-Shabibi

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Dr Kamal

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[...]

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Mobile devices, TVs, and even houses are getting the "smart" treatment, and the demand for self-monitoring is growing. The Working Group of the European Society of Hypertension evaluates blood pressure measuring equipment in order to assist consumers in making informed decisions. This is the first independent device validation report. O'Brien and colleagues, 2001.) Smart blood pressure measurement devices are costly and slow, making them unsuitable for children. Because primary hypertension is more common in adolescents, it is more difficult to obtain products. Grewal, Mattoo, and Kapur, 2023. For the Internet of Things, a smart measuring tool for children's hypertension will be developed, allowing them to live a happy life free of their parents' worry and concern. Providing an IoT-based Smart Pediatric Hypertension System in order to reduce the number of deaths caused by delayed medical attention. IoT and Arduino are used to create a device that measures high blood pressure in children. The main idea is to control conventional hypertension measurement and obstacle detection using an Arduino microcontroller, GSM/GPS tool, blood pressure sensor, IFTTT platform, and lithium batteries. By developing an Internet of Things-based intelligent pediatric hypertension solution, this project aims to provide a profitable and full-time job with respectable employment for everyone, as well as promote balanced, equitable, and sustainable economic development. Comparisons between projects have been made to make selecting the right components easier. The critical components for the IoT-based Smart Pediatric Hypertension for Children alerting System will be identified, and the circuit design will be provided. Data on a variety of issues is collected using samples from hypertensive children aged 4 to 13. To provide accurate hypertension readings, compatibility and light components are used. Wi-Fi enabled Arduino Nano bracelet with blood pressure sensor, notification feature, IFTTT platform, GSM/GPS module, Lithium Batteries, and call and message warning.

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