Ubiquitous Healthcare system: A design on the remote monitoring based on walking activities

Thoyib, Wildan; Lee, Eun-Sook; Park, Man-Gon

doi:10.1109/iceei.2011.6021538

Cited by 3 publications

(2 citation statements)

References 17 publications

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“…It is predicted that this can develop in the form of wellness care which can be used in the treatment and prevention of diseases, health care, and early treatment [2]. This research helps modern men to stay healthy and improve their health by establishing a system which enables the monitoring of the amount of walking exercise activities only by wearing it anytime and anywhere in the u-Healthcare environment through the calculation of the distance of location changes and speed using GPS reception data and reflecting the steps and intensity of movement using the acceleration sensor [15], [16].…”

Section: Introductionmentioning

confidence: 99%

An Integrative Method on the Remote Monitoring of Walking Activity Using Ubiquitous Healthcare System

Toyib

Lee²,

Park

2011

ijeei

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The present concept of u-Healthcare is based on treatment and recuperation and in the future it will become specialized as wellness based on prevention. It is predicted that wellness care among others will develop to become the key field of u-Healthcare. For this reason in this research, ubiquitous technology was grafted to the passometer (P-meter) which is frequently used for monitoring during existing walking exercises. Emerging from the existing method of the P-meter which simply calculates the amount of exercise by counting the number of steps taken, using the GPS incoming data, the distance and speed of the location changes is calculated and the acceleration sensor will reflect the steps and intensity of movement to measure the walking activity amount to realize a smart walker system which will help the maintenance and promotion of modernists health.In this paper, we propose an integrative remote monitoring system for measuring walking activities under ubiquitous healthcare environment considering walking effects in healthcare of human life through the calculation of the distance of location changes and speed using GPS reception data and reflecting the steps and intensity of movement using the acceleration sensor.

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Section: Introductionmentioning

confidence: 99%

An Integrative Method on the Remote Monitoring of Walking Activity Using Ubiquitous Healthcare System

Toyib

Lee²,

Park

2011

ijeei

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“…†2013년 7월 1일 접수～2013년 10월 18일 게재승인 * (주)삼성탈레스(Samsung Thales Co., LTD.) ** 국방과학연구소(ADD) 책임저자 : 박상훈(sh75.park@samsung.com) 현재 [2,3] . 1) 과정을 거친다 [4] .…”

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Design and Implementation of Biosignal Monitoring for Enhancement of Soldier Survivability

Lee¹,

Park²,

Choonwoo³

et al. 2013

Journal of the Korea Institute of Military Science and Technolo

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Real-Time Monitoring of ECG Signal under Ubiquitous Environment

Kim

Ryu

et al. 2013

The Journal of Korea Information and Communications Society

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In this paper, we present a method of transmitting ECG signals in real-time mobile environment to be possible to implement the ubiquitous healthcare system. Because of the excessive amount of data transmission of ECG signals, it is necessary to propose a limitation to the real-time transmission. We propose a real-time electrocardiographic monitoring system based on the proposal of unusual waveform detection algorithm which detects the R-wave distortions from the arrhythmia ECG signals having unusual waveform of about 10% on average. It is very effective in terms of time and cost for medical staffs to monitor and analyze ECG signals for a long period of time. Monitoring unusual waveform by gradually adjusting the threshold values of potential and kurtosis makes the amount of data transmitted decrease and significance level of waveform to be enhanced. The unusual waveform detection algorithm is implemented with ubiquitous environment inter-working device client. It is applicable to ubiquitous healthcare system capable of real-time monitoring the ECG signal. While ensuring the mobility, it allows for real-time continuous monitoring of ECG signals.

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Ubiquitous Healthcare system: A design on the remote monitoring based on walking activities

Cited by 3 publications

References 17 publications

An Integrative Method on the Remote Monitoring of Walking Activity Using Ubiquitous Healthcare System

An Integrative Method on the Remote Monitoring of Walking Activity Using Ubiquitous Healthcare System

Design and Implementation of Biosignal Monitoring for Enhancement of Soldier Survivability

Real-Time Monitoring of ECG Signal under Ubiquitous Environment

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