심정지 감지를 위한 다생체 신호 측정 웨어러블 디바이스 개발
Cardiac arrest is owing to the failure of the heart that makes the blood circulation stop. Arrested blood circulation prevents the supply of the oxygen and the glucose and it results the loss of consciousness and, finally, brain death. Many public institution installed the AED for emergency treatmen...
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Published in | Journal of biomedical engineering research Vol. 38; no. 6; pp. 330 - 335 |
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Main Authors | , , , , , , , , , |
Format | Journal Article |
Language | Korean |
Published |
대한의용생체공학회
01.12.2017
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Subjects | |
Online Access | Get full text |
ISSN | 1229-0807 2288-9396 |
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Abstract | Cardiac arrest is owing to the failure of the heart that makes the blood circulation stop. Arrested blood circulation prevents the supply of the oxygen and the glucose and it results the loss of consciousness and, finally, brain death. Many public institution installed the AED for emergency treatment, but, it is not efficient when the patient is alone. In this paper, we made multiplexed wearable device for cardiac arrest detection. With this device, we measure the individual's electrocardiography, heart sound and motion. If the cardiac arrest is detected, the device make a warning horn and transmit the signal for defibrillation. We obtain 98.33% of ECG data, 94.5% of PCG data and 98.38% of IMU data accuracy for each evaluation and 93.33% accuracy for integrated evaluation. |
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AbstractList | Cardiac arrest is owing to the failure of the heart that makes the blood circulation stop. Arrested blood circulation prevents the supply of the oxygen and the glucose and it results the loss of consciousness and, finally, brain death. Many public institution installed the AED for emergency treatment, but, it is not efficient when the patient is alone. In this paper, we made multiplexed wearable device for cardiac arrest detection. With this device, we measure the individual's electrocardiography, heart sound and motion. If the cardiac arrest is detected, the device make a warning horn and transmit the signal for defibrillation. We obtain 98.33% of ECG data, 94.5% of PCG data and 98.38% of IMU data accuracy for each evaluation and 93.33% accuracy for integrated evaluation. Cardiac arrest is owing to the failure of the heart that makes the blood circulation stop. Arrested blood circulation prevents the supply of the oxygen and the glucose and it results the loss of consciousness and, finally, brain death. Many public institution installed the AED for emergency treatment, but, it is not efficient when the patient is alone. In this paper, we made multiplexed wearable device for cardiac arrest detection. With this device, we measure the individual’s electrocardiography, heart sound and motion. If the cardiac arrest is detected, the device make a warning horn and transmit the signal for defibrillation. We obtain 98.33% of ECG data, 94.5% of PCG data and 98.38% of IMU data accuracy for each evaluation and 93.33% accuracy for integrated evaluation. KCI Citation Count: 0 |
Author | 유승민 박훈기 You, Sung Min 조경원 Ahn, Hyun Jun Cho, Kyeongwon Kim, In Young Park, Hoon Ki 안현준 김인영 |
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Keywords | Cardiac Arrest Electrocardiography(ECG) Wearable Device Phonocardiogram(PCG) Inertial Measurement Unit(IMU) |
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Title | 심정지 감지를 위한 다생체 신호 측정 웨어러블 디바이스 개발 |
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