JOSR: Journal of Social Research

Oktober 2022, 1 (11), 257-262

p-ISSN: 2827-9832 e-ISSN: xxxx-xxxx

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IOT WEARABLE DEVICE HEART RATE MONITORING

Indra Widhi Arsyadi JOSR: Journal of Social Research, 1(11), 257-262

*Correspondent Author : Indra Widhi Arsyadi

Email : Allenavarro@gmail.com

interaction with communication that makes it easy to move data through a

network without human interaction. IoT is growing rapidly with new devices

being connected all the time.

Examination and monitoring of the patient’s health condition at the

hospital must be carried out periodically to anticipate various possibilities. In

general, the examination and monitoring of patients carried out by medical

personnel is still done manually, where doctors or health workers come to the

patient’s location to meet directly. This condision causes the examination to be

less effective because it takes a lot of time and there are other possible risks, such

as transmission (Angela et al., 2022).

the most needed observation techniques in medical examinations, because the

BPM Observation process itself is quite easy, namely by clamping the index hand

on the photodiode and infrared sensors. The results of the detection of blood

vessels on the fingers will be visible on the patient monitor. Heart rate itself is a

heartbeat per unit time which is usually expressed in beats per minute (BPM)

Indra Widhi Arsyadi JOSR: Journal of Social Research, 1(11), 257-262

(Abadi et al., 2016). In this study, we analyze the IoT wearable device system as

heart rate monitoring that can monitor the heart rate in real-time. Because

wearable devices are now at the heart of almost every discussion related to the

Internet of Things (IoT) and the various can capabilities that impenetrable

connectivity can bring (Irwansyah & Lorinsa, 2020). Based on the description

above, the researcher is interested in conducting a research entitled “IoT Wearable

monitoring (Moto, 2019). In addition to the approach there is also a method used

in this study ia a descriptive method. According to Ansori (2019) the descriptive

method is carried out by describing the facts which are then followed by analysis,

not only by elaborating, but by providing sufficient understanding and

explanation. The data collection technique is literature study. Literature study is a

study that is used to collect information and data with the help of various kinds of

assistance such as books, journals, articles, and others (Mirzaqon & Purwoko,

2018). Literature study also means data collection techniques by reviewing books,

literature, notes, and reports related to the problems studied (Cahyono, 2020).

The data sources used are books, journals, articles, and similar things obtained

sensors are interconnected with each other or with a larger system. IoT networks

collect bilions of data from different devices that are used in everyday life. IoT

applications in the health sector are increasing day by day, people living in rural

areas cannot benefit from preventive health services due to lack of infrastructure.

As a result, deaths occur very early in some areas that are far from hospitals.

Along with changes in the family structure in addition to chronic heart disease,

night. Devices that provide continuous monitoring of these patients are relatively

expensive and require trained personnel to use them. To assist these patients so

that they can be followed up continuously with medical devices that can be used

Indra Widhi Arsyadi JOSR: Journal of Social Research, 1(11), 257-262

Thanks to IoT technology, information between various can be connected

from anywhere with the internet as the connection medium. In IoT technology,

smart health services can provide remote disease diagnosis, with low investment

costs, low data comsumption, and have high performance, devices that can collect

patient heart data to be sent to the patient’s family or doctor through a smartphone

application (Ratna, 2020).

advantages such as being able to be placed dynamically, the device is turned on

when the measurement time is needed, can be designed with a small size to as to

minimize interference for the wearer. Wearable devices can not be separated from

the role of sensor technology, computing, and communication. Wearable devices

have a relatively small size, because it aims to make the device easier to use by its

users (Lindiana, 2019).

Hear rate is the heart rate which is the number if heartbeats in one minute

in units of Beats Per Minute (bpm) the pulse rate will be low, if you are no active

or at rest, and be high, if you are doing high activity, such as sports. The cause is a

sympathetic activity at some point, althought both are autonomic. In principle,

produce the same result in mean heart rate (Puspasari et al., 2018).

According to Dian et al. (2021) health is an important part for humans

because with a healty body we can perform various activities and think well. One

of the health organs that we must take care of is the heart. The heart is an organ of

the human body that has a vital function, abnormalities can have a major effect on

the performance of out body. The normal human heart rate ranges from 60-100

beats per minute. It takes a tool that can calculate the number of human heart

beats per minute automativally and display information about heart health.

Heart rate measurement is used by medical professionals to assist in

performed by peope who are experts in their fields.

Indra Widhi Arsyadi JOSR: Journal of Social Research, 1(11), 257-262

Internet of Things (IoT0 is a structure in which objects, people are

provided with an exclusive identity and the ability to move data over a network

without requiring two-way human-to-human source to destination or human to

computer interaction. So the importance of IoT wearable device haer rate

monitoring is expected to help doctors or families in monitoring and recording

every patient’s heart rate.

CONCLUSION

BIBLIOGRAFI

Abadi, R. D. I., Hari, I. G. D., & Hamzah, T. (2016). Monitoring Heart Rate,

Respiration Rate di lengkapi Sensor Suhu ke Personal Komputer

menggunakan Bluetooth. Seminar Tugas Akhir, 1–6.

Angela, D., Simanjutnak, H. M., & Fakhrurroja, H. (2022). Pengembangan

Wearable Device untuk Monitoring dan Tracking Pasien Isoman Covid-19

Berbasis Mobile. Jetri: Jurnal Ilmiah Teknik Elektro, 20(1), 81–102.

Ansori, Y. Z. (2019). Islam dan Pendidikan Multikultural. Jurnal Cakrawala

Pendas, 5(2), 110–115.

Untuk Mendeteksi Tingkat Kesehatan Jantung Berbasis Internet of Things

Hermansyah, A., Hardiyanti, R., & Prasetyo, A. P. P. (2022). Sistem Perekam

Detak Jantung Berbasis Internet Internet Of Things (IoT) dengan

Menggunakan Pulse Heart Rate Sensor. JTEV (Jurnal Teknik Elektro Dan

Vokasional), 8(2), 338–348.

Irwansyah, & Lorinsa, Di. (2020). Penggunaan Wearable Internet of Things

(WIoT) Oleh Kaum Milenial. SOURCE: Jurnal Ilmu Komunikasi Program

Studi Ilmu Komunikasi Universitas Teuku Umar, 6(2), 190–205.

Lindiana, M. (2019). Penerapan Teknologi LoRa Pada Purwarupa Awal Wearable

Device. Research: Journal of Computer, Information System, & Technology

Management, 2(2), 40–46.

Moto, M. M. (2019). Pengaruh Penggunaan Media Pembelajaran dalam Dunia

Indra Widhi Arsyadi JOSR: Journal of Social Research, 1(11), 257-262

Pendidikan. Indonesian Journal of Primary Education, 3(1), 20–28.

Puspasari, I., Musayyanah, & Susanto, P. (2018). Teleport Target Heart Rate

(THR) pada Cardio Exercise Berbasis Metode Karvonen. Seminar Nasional

Aplikasi Teknologi Informasi (SNATi), 42–48.

Ratna, S. (2020). Sistem Monitoring Kesehatan Berbasis Internet of Things (IoT).

Al Ulum Sains Dan Teknologi, 5(2), 83–87.