Tiffany M. J. Kulon, Handy Indra Regain Mosey, Verna Albert Suoth
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Konektivitas Wi-Fi memastikan transmisi data sensor ke aplikasi Telegram dan sistem Short Message Service (SMS). Hasil penelitian menunjukkan keterbacaan node sensor pada parameter, transferabilitas data ke platform ThingSpeak dan kemampuan sistem IoT untuk mengaktifkan peringatan pemberitahuan melalui teks SMS dan obrolan Telegram jika orang yang dipantau memiliki nilai suhu tubuh abnormal dan/atau detak jantung di bawah 60 denyut per menit (bpm) atau di atas 100. Internet of Things (IoT) enables communication and interoperation of various electronic devices and computers and sharing data to the internet as in the smart healthcare concept. The global pandemic COVID-19 has sparked IoT system innovation to meet the needs for accurate, integrated, quick, and accessible medical and healthcare information such as monitoring a person’s vital signs, especially body temperature and heart rate. This research was aimed to design an IoT-based device to monitor body temperature and heart rate using microcontroller modules NodeMCU ESP8266 and GSM SIM900A. The body temperature was measured using temperature sensor DS18B20, while the heart rate using a pulse sensor SEN-11574. The Wi-Fi connectivity ensured transmission of sensor data to Telegram application and Short Message Service (SMS) system. 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引用次数: 0
摘要
事物互联网(许多)允许共享各种电子设备和计算机的通信和操作，并将数据共享到互联网上，如智能医疗的概念。全球流感大流行COVID-19推动了系统创新，以满足对准确、综合、快速和易于获取的医疗和健康信息的需求，如监测人的生命体征，特别是体温和心跳。该研究旨在设计一种基于环境的工具，通过集成模式NodeMCU ESP8266和GSM SIM900A来监测这两个重要信号。体温是用温度传感器DS18B20来测量的，而心跳是用脉冲传感器senh -11574来测量的。Wi-Fi连接确保传感器数据传输到电报应用程序和短信系统。研究的结果显示keterbacaan参数上的传感器节点,transferabilitas到ThingSpeak平台数据和系统能力很多来激活警告电报通过短信通知短信和聊天如果人有监控体温异常值和/或心率在每分钟60下100 (epm)或以上。互联网(许多)吸引了各种电子设备、计算机和数据到美国互联网的聪明健康概念。全球pandemic COVID-19有很多创新系统来满足需求这项研究允许用微型控制器调制ESP8266和GSM SIM900A设计一个基于local的装置来监测人体温度和心脏速率。身体温度是用温度传感器DS18B20来测量的，而心脏速率用脉冲传感器sens -11574来测量。《wi - fi connectivity ensured电报传输数据到传感器的应用程序和短消息服务(SMS)系统。Results那里nodes传感器“readability on the parameters, transferability到ThingSpeak数据平台和很多系统的不在乎to activate通知小组,通过短信alerts(和电报chats如果《monitored人有一个身体温度异常珍惜每分钟节拍和/或者心率下面60 (bpm)或100头顶。
Pemantauan Suhu Tubuh dan Detak Jantung Berbasis IoT dan Terintegrasi ThingSpeak, SMS dan Telegram
Internet of Things (IoT) memungkinkan komunikasi dan operasi bersama berbagai perangkat elektronik dan komputer dan berbagi data ke internet seperti konsep smart healthcare. Pandemi global COVID-19 telah memicu inovasi sistem IoT untuk menjawab kebutuhan informasi medis dan kesehatan yang akurat, terintegrasi, cepat dan mudah diakses seperti memantau tanda-tanda vital seseorang, terutama suhu tubuh dan detak jantung. Penelitian ini bertujuan untuk merancang alat berbasis IoT yang berfungsi untuk memantau kedua tanda vital dengan mengintegrasikan modul-modul mikrokontroler NodeMCU ESP8266 dan GSM SIM900A. Suhu tubuh diukur menggunakan sensor suhu DS18B20, sedangkan detak jantung menggunakan sensor denyut nadi SEN-11574. Konektivitas Wi-Fi memastikan transmisi data sensor ke aplikasi Telegram dan sistem Short Message Service (SMS). Hasil penelitian menunjukkan keterbacaan node sensor pada parameter, transferabilitas data ke platform ThingSpeak dan kemampuan sistem IoT untuk mengaktifkan peringatan pemberitahuan melalui teks SMS dan obrolan Telegram jika orang yang dipantau memiliki nilai suhu tubuh abnormal dan/atau detak jantung di bawah 60 denyut per menit (bpm) atau di atas 100. Internet of Things (IoT) enables communication and interoperation of various electronic devices and computers and sharing data to the internet as in the smart healthcare concept. The global pandemic COVID-19 has sparked IoT system innovation to meet the needs for accurate, integrated, quick, and accessible medical and healthcare information such as monitoring a person’s vital signs, especially body temperature and heart rate. This research was aimed to design an IoT-based device to monitor body temperature and heart rate using microcontroller modules NodeMCU ESP8266 and GSM SIM900A. The body temperature was measured using temperature sensor DS18B20, while the heart rate using a pulse sensor SEN-11574. The Wi-Fi connectivity ensured transmission of sensor data to Telegram application and Short Message Service (SMS) system. Results showed sensor nodes’ readability on the parameters, data transferability to ThingSpeak platform and the IoT system’s ability to activate notification alerts via SMS texts and Telegram chats if the monitored person had an abnormal body temperature value and/or heart rate below 60 beats per minutes (bpm) or above 100.
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