Perancangan Alat Ekg (elektrokardiogram) Berbasis Internet of Things (iot)

Saputra, Antoni (2020) Perancangan Alat Ekg (elektrokardiogram) Berbasis Internet of Things (iot). Undergraduate thesis, Universitas Internasional Batam.

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Abstract

Penelitian ini bertujuan merancang alat elektrokardiogram (EKG) untuk proses pengecekan kesehatan jantung seseorang dengan fitur internet of things (IoT). Perancangan alat ini menggunakan elektroda EKG untuk mendeteksi sinyal detak jantung dari otot-otot jantung yang berkontraksi. Data hasil pengukuran kemudian dapat ditransfer ke database melalui fitur IoT untuk kemudian disimpan di database. Sinyal analog yang di hasilkan oleh elektroda akan di perkuat oleh AD8232 dan diteruskan untuk pemrosesan lebih lanjut oleh microcontroller Arduino. Proses transfer data ke database melalui koneksi wifi. Jika dibutuhkan analisis terhadap historical data hasil pengukuran maka data yang tersimpan pada database dapat ditampilkan. Hasil dari pengujian menunjukkan bahwa alat dapat bekerja sesuai perencanaan awal dan dapat diinterpretasikan sehingga dapat digunakan untuk membedakan pola detak jantung normal dan abnormal. ********************************************************************** This study aimed to design electrocardiogram (ECG) equipment for the process of checking one's heart health with the internet of things (IoT) feature. The design of this tool used ECG electrodes to detect heartbeat signals from contracting heart muscles. The measurement data can then be transferred to the database via the IoT feature and then stored in the database. The analog signal generated by the electrodes were amplified by AD8232 and forwarded for further processing by the Arduino microcontroller. The process of transferring data to the database was conducted via a Wi-Fi connection. If an analysis of historical data from measurement results are needed, the data was stored in the database can be displayed. The results of the test show that the tool can work according to initial planning and can be expressed so that it can be used to distinguish normal and abnormal heart rate patterns.

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