An E-health Approach for Remote Cardiac Rehabilitation

Iancu-Constantin, Radu; Şerbǎnaţi, Luca Dan; Chera, Catalin; Gheorghe-Pop, Ilie-Daniel; Ertl, Benjamin

doi:10.1109/cscs.2015.137

Cited by 6 publications

(6 citation statements)

References 2 publications

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“…In ref. [26], the authors proposed software for remote interaction between the cardiovascular disease patients and the health provider to monitor their ECG, blood pressure, and heart rate.…”

Section: (Heart-beat Print) Using Electrocardiogram (Ecg)mentioning

confidence: 99%

Your Vital Signs as Your Password?

Alrubaish¹,

Saqib²

2022

Recent Advances in Biometrics

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Cognitive biometrics (vital signs) indicate the individual’s authentication using his/her mental and emotional status specifically, electrocardiogram (ECG) and electroencephalogram (EEG). The motivation behind cognitive biometrics is their uniqueness, their absolute universality in each living individual, and their resistance toward spoofing and replaying attacks in addition to their indication of life. This chapter investigates the ability to use the vital sign as unimodal authentication in its status by surveying the recent techniques, their requirements and limitation, and whether it is ready to be used in the real market or not. Our observations state—that the vital signs can be considered as a PASSWORD due to their uniqueness, but it needs more improvements to be deployed to the market.

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Section: (Heart-beat Print) Using Electrocardiogram (Ecg)mentioning

confidence: 99%

Your Vital Signs as Your Password?

Alrubaish¹,

Saqib²

2022

Recent Advances in Biometrics

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“…Their approach had a low consumption. Iancu-Constantin et al [ 13 ] proposed an e-health approach for remote cardiac rehabilitation using several devices for measuring different features of body. It was aimed at creating a way of communicating between a patient with heart disease and clinic personal in order to ease the monitoring of patients.…”

Section: Related Workmentioning

confidence: 99%

Green Communication for Tracking Heart Rate with Smartbands

González-Landero¹,

García‐Magariño

Lacuesta

et al. 2018

Sensors

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The trend of using wearables for healthcare is steeply increasing nowadays, and, consequently, in the market, there are several gadgets that measure several body features. In addition, the mixed use between smartphones and wearables has motivated research like the current one. The main goal of this work is to reduce the amount of times that a certain smartband (SB) measures the heart rate (HR) in order to save energy in communications without significantly reducing the utility of the application. This work has used an SB Sony 2 for measuring heart rate, Fit API for storing data and Android for managing data. The current approach has been assessed with data from HR sensors collected for more than three months. Once all HR measures were collected, then the current approach detected hourly ranges whose heart rate were higher than normal. The hourly ranges allowed for estimating the time periods of weeks that the user could be at potential risk for measuring frequently in these (60 times per hour) ranges. Out of these ranges, the measurement frequency was lower (six times per hour). If SB measures an unusual heart rate, the app warns the user so they are aware of the risk and can act accordingly. We analyzed two cases and we conclude that energy consumption was reduced in 83.57% in communications when using training of several weeks. In addition, a prediction per day was made using data of 20 users. On average, tests obtained 63.04% of accuracy in this experimentation using the training over the data of one day for each user.

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“…e app transports the data to a server located in a cloud or to a corporate data center. Iancu-Constantin et al proposed an approach which allows the physicians to monitor biometric data such as heart rate/oxygen saturation, ECG, and blood pressure acquired using a real-time eventbased engine [10]. In [11], an eHealth system has been developed for cardiac telemonitoring which uses a LinkIt ONE development board.…”

Section: Related Workmentioning

confidence: 99%

IoT-Based Ambulatory Vital Signs Data Transfer System

Misbahuddin

Zubairi

Al-Ahdal

et al. 2018

Journal of Computer Networks and Communications

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In emergencies or life-threatening situations, patients are generally shifted to hospitals in ambulances. The health conditions of on-board patients can become critical if they are not evaluated and treated in time. Chances of saving lives can increase significantly if patients’ vital signs inside an ambulance or on-site triage area are transferred to a hospital in real time. If the ambulances are linked to target hospitals, then the physicians in emergency rooms can monitor on-board patients’ vital signs and issue instructions to paramedics to stabilize patients’ medical conditions before they reach the assigned hospitals. Transferred vital signs data may also be archived for medical records. The Internet of things (IoT) is a paradigm which envisions Internet connectivity of virtually everything on the earth. In this paper, an IoT-based low-cost solution is proposed to monitor, archive, analyze, and tag the vital signs data of multiple patients and transfer them to the remote hospital in real time. This opens up a lot of possibilities in telemedicine and disaster management. As a proof of concept, the functionality of the proposed system was validated by developing a prototype model utilizing an IoT-enabled medical sensor board and a Linux server mimicking the remote hospital server. Results of actual data transmission obtained during experimentation are also provided. It is hoped that the proposed system can play a role in saving human lives in disaster situations.

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An E-health Approach for Remote Cardiac Rehabilitation

Cited by 6 publications

References 2 publications

Your Vital Signs as Your Password?

Your Vital Signs as Your Password?

Green Communication for Tracking Heart Rate with Smartbands

IoT-Based Ambulatory Vital Signs Data Transfer System

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