IMPLEMENTASI ALAT PENDETEKSI DETAK JANTUNG BERBASIS RASPBERRY PI
Abstract
Technology has rapidly developed not only in communication, but also in other fields, such as health to help human in detecting a heartbeat. Healthy is the most important thing for human’s life. Human can determine the body health by taking the test in hospital, but in reality human are too busy with their activity or constrained by other things such as the cost to check their health. The mortality rate is increasing every year due to someone’s lateness knowing his/her illness. Therefore, it is needed a device determining someone’s condition with a more practical way by designing a device that can detect a heartbeat. In this research, the heartbeat detector provides the information about someone’s condition by checking the heartbeat using an electronic series equipped by pulse sensor as the input used to detect the heartbeat. The electronic series used is Raspberry Pi as an interface onto monitor screen and mcp3008 adc is a tool used to convert the output from analog to digital that will result the output of “beat”. The device is expected to help user detecting the heartbeat easily and early in order to know the condition and can quickly overcome their health problems.
References
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[3] Imam Nugraha,2014. Aplikasi pendeteksi detak jantung menggunakan photolethysmograph dan moving average filter berbasis android. Bandung, Universitas Komputer Indonesia(UNIKOM).
[4] Dani Noor Isnaeni, 2014. Pembuatan Alat Perekam Denyut Jantung Berbasiskan Komputer (Elektrodacardiografi).Jakarta Universitas Gunadarma.
[5]Ahmad Hawawi Harapan, 2014. Sistem pengukuran detak jantung manusia menggunakan media online dengan jaringan wifi berbasis pc. Mahasiswa Fmipa Usu
[6]Rofiqi Setiawan, Achmad Rizal, Fazmah Arif Yulianto.2012. Analisis Dan Implementasi Independent Component Analisis Pada Pengukuran Denyut Jantung Berdasarkan Citra Video Wajah Dengan Teknik Photoplethysmograph. Bandung, Universitas Telkom.
[7]Sufyan Iskandar, 2014. Perancangan dan implementasi perekam detak jantung portable.Bandung, Universitas Komputer Indonesia (UNIKOM).
[8]Musyaffa’ Ali 2013. Aplikasi Photoplethysmograph Sebagai Alat Ukur Detak Jantung Menggunakan Transmisi Light Emitting Diode Inframerah dan Fotodioda. Jember, Universitas Jember
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[10]J. Allen, “Photoplethysmography and its application in clinical physiological measurement,”Physiol. Meas. 28(3), R1–R39. Cina, University of Macau.