A low cost optical sensor based heart rate monitoring system

Khan, Mohammad Nasim Imtiaz; Noor, Dewan Fahim; Pantho, Jubaer Hossain; Abtahi, Tahmid Syed; Parveen, Farhana; Bhuiyan, Mohammed Imamul Hassan

doi:10.1109/iciev.2013.6572660

Cited by 6 publications

(5 citation statements)

References 3 publications

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“…The result of the designed device of Imtiaz Khan, and others [8] show that a fingertip arrangement has the best result since a fingertip provides less absorption and greater reflection of light. The author presented and implemented a device with small in size, portable, energy efficient, has the ability to store data, and it is quite suitable to communicate with remote devices via cellular communication and Bluetooth in a medical emergency situation.…”

Section: Wireless Heart Rate Monitoring Systemsmentioning

confidence: 93%

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Heart Rate and ECG Wireless Monitoring Techniques: A Survey

Ahmed

2020

Djes

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Body health monitoring is so important to us for ensure that our health is in an excellent case. The systems for Health monitoring are a new subject and significant research scope nowadays. There are many significant vital parameters in the health observing systems, Heart Rate (HR) is one of the most important signs of these parameter to be monitor; it is a vital indicator of people’s physiological state. Monitoring of heart rate oftentimes includes high costs and complex application of sensors and its systems. Therefore to cover this needed it must advance systems that are able to measure HR and ECG systems for the purpose of monitoring. This paper focuses on reviewing the monitoring of the heart rate systems with the uses of a fingertip sensor and electrocardiogram other remote technologies. More than forty of the heart rate measuring and observing systems and Electrocardiogram systems have reviewed and grouped into two groups one for heart rate and the other for wearable ECG, presented its features and common specifications for each of them, resulting from this review that the authors have focused on designing systems that can be optimum choice for illness people which they have needed to be continuous monitoring. The systems are acceptable error rate and some of them allow the user to freely move based on the wireless technology, the systems easy for usage by the patient or elder people and with a suitable cost. Also, this paper presents security, personality, reliability of systems and the quality of the signal.

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Section: Wireless Heart Rate Monitoring Systemsmentioning

confidence: 93%

“…In all abnormalities situations, that detected by the system, the application has dialed and transmit a short message to the recorded phone number in all situations. Table (8) illustrates wireless /mobile ECG observing systems clearly appears that:…”

Section: 2: Wireless Ecg Monitoring Systemsmentioning

confidence: 99%

Heart Rate and ECG Wireless Monitoring Techniques: A Survey

Ahmed

2020

Djes

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“…Bio-potentials are electric voltages produced by individual cells and can be measured on the skin surface. The Electrocardiogram method is an accurate method which gives the correct heart rate count, but the setup is sophisticated and may require expert assistance to operate [4]. There is also another handy optical technique for measuring the heart rate, which gets its reading from the tiny subcutaneous blood vessels (capillaries) that expand or contract in Short Communication time with the heartbeat.…”

Section: First Tiermentioning

confidence: 99%

Internet of Things: Challenges in Web Based Remote Patient Monitoring (RPM)

Singh¹,

Mittal²

2016

SJAMS

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Remote monitoring concept raises a lot of interesting possibilities, and helps to address different issues continually faced with effective patient administration. It is possible to record and transmit the vital signs of a patient using wireless and cellular technologies. This paper describes the definitions of remote patient monitoring. The content includes limitations of remote patient monitoring. Finally, the open challenges of RPM are debated to encourage more investigations into the domains.

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“…In the elevated stage, the upper blood pressure reading falls between 120 and 129 mmHg, while the lower reading remains under 80 mmHg. Progressing to hypertension stage 1, the lower number ranges from 80 to 89 mmHg, with the upper number elevated to between 130 and 139 mmHg [4]. Advancing further to hypertension stage 2, the upper number reaches 90 mmHg or above, accompanied by a lower number of 140-149 mmHg or higher.…”

Section: Introductionmentioning

confidence: 97%

A Novel IoT-Enabled Device for Early Prediction and Detection of Chronic Disease

Shubhangi Rathkanthiwar, Prachi Gawande

2024

jes

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Chronic diseases is increasing day-by-day according to world health organization (WHO), and now its health challenge worldwide that requires early prediction and detection of accurate diagnosis of a chronic diseases. In this paper is to design a device to get the reading from medical sensor calculate the early warning score (EWS) by using machine learning algorithms. The main target of this paper is to offer actual readings of medical sensor which gives blood pressure (BP) and pulse rate (PR) readings as per the prescribe time interval suggest by the medical professionals. EWS calculated by using machine learning (ML) algorithms, this paper includes K-NN, Naïve Bayes, support vector machine, and random forest for early prediction of chronic diseases. In this Naïve Bayes, gives 99.44% accuracy result which is a crucial aspect of in case of ICU admission due to chronic diseases. The paper target to decrease healthcare expenses and identify wrongdoings in the chronic diseases.

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A low cost optical sensor based heart rate monitoring system

Cited by 6 publications

References 3 publications

Heart Rate and ECG Wireless Monitoring Techniques: A Survey

Heart Rate and ECG Wireless Monitoring Techniques: A Survey

Internet of Things: Challenges in Web Based Remote Patient Monitoring (RPM)

A Novel IoT-Enabled Device for Early Prediction and Detection of Chronic Disease

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