Portable and Centralised E-Health Record System for Patient Monitoring Using Internet of Things(IoT)

Shanin, F; Das, Himashree; Ganapathy, Krishnan; Neha, L S; Thaha, Nimitha; Aneesh, R P; Embrandiri, Sreedharan; Jayakrishan, S

doi:10.1109/cetic4.2018.8530891

Cited by 26 publications

(14 citation statements)

References 10 publications

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“…As a result, the Realtek RTL8710's primary role is to connect to personal Wi-Fi networks in a way similar to that of a Broadband modem or router and parallel operated with SIM technology [12]. You can send data once you have established a Wi-Fi connection and store in datasheet [13] and are further accesses through health database [14] using Realtek microcontroller chip. The concept of NODE RED [15] is used to tracking the health behavior of the employee within the industry.…”

Section: Heart Rate Sensormentioning

confidence: 99%

[Retracted] Health Monitoring of Employees for Industry 4.0

Ayyalraj

Balamurugan

Golie

2022

Journal of Nanomaterials

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On a daily basis, young agers engage in a range of activities. There are numerous things to do, such as attending class, participating in a group project, and going grocery shopping, to mention a few. If a student becomes ill, he or she must visit the clinic for treatment and a note of discharge. Researchers contribute using IoT to display health status in order to decrease the likelihood of becoming unwell. Young agers can use this tool to see if their pulse rates are normal or not. Young agers can see their pulse rate by using the IoT to display their health status. This tool will also assist pupils in reaching their full potential and improving their personal health by determining their optimum pulse rate. Young agers will always keep a healthy lifestyle in order to function in the society. This tool can also serve as a reminder to kids that good health is essential for survival. This method can be used to detect whether a person’s pulse rate is normal while exercising, according to the findings of this study. Such application can be applied in Industry 4.0 in order to evaluate young employee’s health condition to produce better industry outcome.

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Section: Heart Rate Sensormentioning

confidence: 99%

[Retracted] Health Monitoring of Employees for Industry 4.0

Ayyalraj

Balamurugan

Golie

2022

Journal of Nanomaterials

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“…Wentzel and Van Gemert-Pijnen, 2013) [22] Intervention measures Participatory and multidisciplinary method (Celik et al, 2017) [23] Mobile ECG Technological approach (Verhees, Van Kuijk and Simonse, 2018) [24] Point-of-care testing through eHealth Business model (Almeida. Almeida and Figueiredo-Braga, 2018) [25] Mobile solutions for depression Multidisciplinary approach (Sousa et al, 2018) [26] Platform to support the care and assistance of older adults Participatory approach (Monteiro et al, 2019) [27] Cloud-based electronic health system Technological approach (Shanin et al, 2018) [28] Using the Internet of things to monitor patients Technological approach (Shivakumar, Arora and Mani, 2018) [1] Universal electrochemical reader System method (Monton et al, 2018) [29] Integrated wearable sensor Technological approach (Shokrekhodaei et al, 2018) [30] Heart rate monitor Technological approach (García et al, 2018) [31] Stroke detection application Technological approach (Celesti et al, 2019) [32] Cloud computing system Technological approach (Bedson et al, 2019) [2] Pain monitoring application Human approach (Vossebeld et al, 2019) [33] Electronic medical record for nurses Technology acceptance (Pierleoniet al, 2019) [34] Atrial fibrillation monitoring Technological approach (Vitabile et al, 2019) [3] Remote processing and analysis of clinical data for health care purposes Technological approach (Rihana, 2019) [4] Vital signs monitoring Technology and human methods (Domingues et al, 2019) [35] Remote gait analyzer Technological approach (Kildea et al, 2019) [5] Person-centered patient portal Participatory approach…”

Section: Analysis Of Electronic Equipment Development Methodsmentioning

confidence: 99%

Systematic-interdisciplinary approach to eHealth equipment design

Espinoza-Bautista

Álvarez-Ballesteros

Arellano

et al. 2021

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<p>EHealth has improved the performance of multiple health systems worldwide by integrating Information and Communication Technologies (ICTs) into national (structured and coordinated) strategies in the health sector. However, once the foundation is laid for the development and implementation of eHealth solutions, researchers, engineers, doctors and other stakeholders have no single way to develop eHealth solutions. Therefore, a systematic interdisciplinary method is proposed to design electronic health equipment to meet the requirements and needs of all people involved in the use of the equipment, and comply with the laws and regulations of different countries.</p><p>On the basis of systematic and interdisciplinary methods, a method is proposed, that is, the collaborative use of different systematic methods allows stakeholders to continue to cooperate and share the experience. Consequently, the method will allow the design of eHealth devices that, regardless of their use, meet the needs of the user, the requirements of the personnel who will use them, the standards and regulations of the country where they are developed, and provide total satisfaction with the device. Finally, the eHealth solution is designed through systematic thinking, through the analysis of needs and needs, and through exploring different perspectives, observation backgrounds, participant participation, discussion and stakeholder consistency, so as to provide a sustainable product that meets all participants.</p>

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“…In terms of data transmission, energy consumption, and general stability, it was shown to be more efficient than the current system. Shanin et al [ 37 ] used the Internet of Things (IoT) to construct an e-Health record system that enables for remote victim surveillance. All of their vitals were being tracked by the device, including their pulse, temperature, and heart rate.…”

Section: Related Workmentioning

confidence: 99%

Safeguards and weightless of electronic chain of command consolidated for virtual patient evaluation

Ahmed

Kannan²

2022

Multimed Tools Appl

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The Internet of Things (IoT), 5G cellular technology, and Cyber-Physical Systems (CPS) are enabling a wide range of IoT-based application cases that are both intelligent. As one of the most impactful applications of the Internet of Things (IoT), healthcare makes use of AAL (Ambient Assisted Living), mobile health (mHealth), and electronic health (eHealth). Spending on health is a significant portion of people’s income. Traditional medicine is prone to long delays, waste of money and effort, and even death. RVO (Remote Victim Observation) can be utilized to circumvent problems associated with traditional healthcare facilities because of IoT’s intelligence and predictive power. With the help of IoT-based RVO and wearable devices, sensor networks, and other digital infrastructure, we can detect oncoming situations before they become life-threatening or even fatal. IoT integration with healthcare units was demonstrated in order to build a trustworthy, available, and secure RVO system. Secure end to end communication, encryption of RFID data, and privacy protection are all part of the proposed solution. An android wearable watch (Biosensor | Body sensor), a server using REST framework, and a smartphone app to monitor and detect falls, blood pressure, and heart rate are all part of the system. As a bonus, the peace and quiet of this secluded location contribute to the attraction. Using this RVO could improve health care and quality of life, according to an empirical investigation.

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Portable and Centralised E-Health Record System for Patient Monitoring Using Internet of Things(IoT)

Cited by 26 publications

References 10 publications

[Retracted] Health Monitoring of Employees for Industry 4.0

[Retracted] Health Monitoring of Employees for Industry 4.0

Systematic-interdisciplinary approach to eHealth equipment design

Safeguards and weightless of electronic chain of command consolidated for virtual patient evaluation

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