An ubiquitous miniaturized android based ECG monitoring system

Harmah, Dennis Joe; Kathirvelu, D

doi:10.1109/ice-ccn.2013.6528475

Cited by 9 publications

(3 citation statements)

References 3 publications

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“…His study's focus is to develop an android application for monitoring ECG signals and data storage for uploading to the cloud to be accessed by medical parties. This study does not address multi-user applications.Implementation of a health monitoring system such as ECG, body temperature, or blood pressure with local or point to point access was also reported in the study [10]- [14]. Research by Sugondo.…”

Section: Introductionmentioning

confidence: 92%

Internet of things based real-time vital sign monitoring system using mobile application

Hadiyoso¹,

Alfaruq²,

Tulloh³

et al. 2021

J Appl Eng Science

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The development of telehealth technology in monitoring systems has been widely used to support applications in the health sector. The aim is to provide easy access for the community. One of the implications is a real-time monitoring system based on the Internet of Things (IoT) platform. Some health vital signs that are the focus of observation are ECG signal, SpO2, blood pressure and Heart rate which can provide heart health information. In this study an integrated system has been implemented, namely Vital Sign distributed monitoring system through the internet network. The implemented system was able to acquire vital sign then send data to the internet cloud to be stored and processed further for real-time monitoring needs by interested parties. An Android based application that was developed called iHealth VitalSign monitor capable of sending, processing and representing data in numerical and graphical forms. The average delay for each packet delivery was 154.73 ms and conform with the ITU-T recommendations for real-time data transfer. HR detection algorithms have been evaluated on real-time ECG signals, more than 2100 beats were tested and obtained an average accuracy of 98.78%. With this proposed application, it is hoped that it can increase the penetration of telehealth services.

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Section: Introductionmentioning

confidence: 92%

Internet of things based real-time vital sign monitoring system using mobile application

Hadiyoso¹,

Alfaruq²,

Tulloh³

et al. 2021

J Appl Eng Science

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“…It can also be used to communicate with other systems using transmitter and receiver. In previous designs proposed, for short term monitoring of ECG for 10 sec or 1-2 minutes MSP430 microcontroller was used [34, 71] and for long-term monitoring TI CC2530 system [37], CC2431 [132], DSP [128], DSP chip TMS320VC5509A [133], TMS320F2812 [134], TMDX5505eZDsp/VC5505eZdsp [33], MSP430 (monitoring for 45 days) [68], MSP430F5515 [129], MSP430F1232 [43], MSP430FG439 [135], MSP430F2418 [136], MSP430F5529 [66] (monitoring for 88 h) [39], MSP430F5419A (monitoring for 48 h) [137], ATmega8 [41], ATmega328 [42], Arduino UNO (ATmega328) [47], ATmega8L [28, 31, 32], Concerto MCU [65], Revitive Device [27], PIC18LF4620 [69], Altera EP2C35 Nios II soft-core CPU based FPGA [138], ARM9 [139], ADuC842 [140], C8051F021 [141], 32-bit ARM Cortex M0 CPU (monitoring for 24 h) [30], and STM32 chip as the system controller with ARM Cortex-M3 core (monitoring for 44 h) [67] were used.…”

Section: Designing Of External Cardiac Loop Recordermentioning

confidence: 99%

An Engineering Perspective of External Cardiac Loop Recorder: A Systematic Review

Srinivasulu

Sriraam

2016

Journal of Medical Engineering

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External cardiac loop recorder (ELR) is a kind of ECG monitoring system that records cardiac activities of a subject continuously for a long time. When the heart palpitations are not the frequent and nonspecific character, it is difficult to diagnose the disease. In such a case, ELR is used for long-term monitoring of heart signal of the patient. But the cost of ELR is very high. Therefore, it is not prominently available in developing countries like India. Since the design of ELR includes the ECG electrodes, instrumentation amplifier, analog to digital converter, and signal processing unit, a comparative review of each part of the ELR is presented in this paper in order to design a cost effective, low power, and compact kind of ELR. This review will also give different choices available for selecting and designing each part of the ELR system. Finally, the review will suggest the better choice for designing a cost effective external cardiac loop recorder that helps to make it available even for rural people in India.

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“…Whereas initial research efforts favoring mobile ECG monitoring utilized personal data assistants (PDA) handhelds [5], and cell phones to transmit ECG data to personal computers (PC) [6], most researchers clearly shifted to mobile cell phones operating under Android operating system and equipped with Bluetooth wireless technology [3], [4], [7]. This paper presents the design and evaluation of an ECG monitoring system deploying an Android mobile phone and Bluetooth technology.…”

Section: Introductionmentioning

confidence: 99%

ECG monitoring using Android mobile phone and Bluetooth

Lucena

Sampaio

Mall

et al. 2015

2015 IEEE International Instrumentation and Measurement Technology Conference (I2MTC) Proceedings

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This paperwork describes the development and test of circuitry and software to enable the use of Android mobile phones equipped with Bluetooth to receive the incoming electrocardiogram (ECG) signal from a user and show it in realtime on the cell phone screen. The system comprises three distinct subsystems. The first one is dedicated to condition the analog ECG signal, preparing it for conversion to the digital world. The second one consists of a microcontroller and a Bluetooth module. This unit samples the ECG, serializes the samples and transmits them via the Bluetooth module to the Android cell phone. The third subsystem is the cell phone itself. An application program written to the cell phone receives the ECG samples and suitably charts the ECG signal on the screen for analysis. The good quality of the ECG signal allows for identification of arrhythmias.

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An ubiquitous miniaturized android based ECG monitoring system

Cited by 9 publications

References 3 publications

Internet of things based real-time vital sign monitoring system using mobile application

Internet of things based real-time vital sign monitoring system using mobile application

An Engineering Perspective of External Cardiac Loop Recorder: A Systematic Review

ECG monitoring using Android mobile phone and Bluetooth

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