Patient monitoring in the hospital management using Li-Fi

Sudha, S.; D, Indumathy; A, Lavanya; M, Nishanthi; Sheeba, D Merline; Anand, Vijay

doi:10.1109/tiar.2016.7801220

Cited by 21 publications

(9 citation statements)

References 1 publication

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“…The current flows to supply the voltage needed by all the circuits through the step up. The LM35 sensor [13]- [17] is attached to the armpit of the patient and the finger sensor clamped the fingers for heart rate measurement as shown in Figure 2 [1], [18]. The LM35 sensor detects body temperature.…”

Section: Methodsmentioning

confidence: 99%

Data Storage Based Heart and Body Temperature Measurement Device

Wijaya

Alvian

Arfianto

et al. 2020

jrc

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Body health is the most important thing for human life. The heart is one of the organs of the body that is very important for humans. The heart functions to regulate the circulation of oxygen-rich blood and to carry leftover food in the body. Heart rate illustrates how hard the heart works. The heart rate needs to be monitored to find out the patient's condition. BPM measurement and temperature is an activity of measuring heart rate and body temperature. The patient's body temperature affects the patient's rapid heart to pump blood throughout the body. The study aims to design a heart rate and body temperature measuring device using an infrared LED as a transmitter and a photodiode as a receiver, an LM35 as the temperature sensor, and an LCD to display the final output. This tool uses an ATMega8 microcontroller as the controlling system. The device was completed with data storage and temperature indicators. The result of the test on the device showed that the device performed very well in measuring the heart rate and body temperature of adult patients aged 20 until 40 years old.

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Section: Methodsmentioning

confidence: 99%

Data Storage Based Heart and Body Temperature Measurement Device

Wijaya

Alvian

Arfianto

et al. 2020

jrc

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“…Higher amounts of LED's in a network contribute to more information being transmitted at a time. Sudha et al (2016) introduced a prototype of a model that helps in patient monitoring in hospitals using Li-Fi rather than Wi-Fi innovation to stop radio frequency contact with the human body and the medical equipment. In this model, sensors for temperature, heartbeat, glucose and respiration are used to gather information from the human body.…”

Section: Ezhilazhaganmentioning

confidence: 99%

Survey on Li-Fi communication networks and deployment

Mongwewarona¹

2020

Afr J Eng Res

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Light Fidelity (Li-Fi) is a technology in the field of Visible Light Communications (VLC) that renders transmission of data via illumination by sending data through a Light Emitting Diode (LED) light bulb. This technology uses a photo-detector to receive light signals and a signal processing element to change over the information into a stream-capable substance. Out of this survey paper, we see that Li-Fi technology execution and research has been carried out in patient monitoring systems, vehicle toll gate systems, under roof blind navigation systems and other applications. Limited research has been carried out on Li-Fi communication networks and deployment. Nonetheless, there is a lot of potential to implement it. This includes many applications in sensitive electromagnetic interference environments such as air crafts and power plants where Wireless Fidelity (Wi-Fi) is not suitable but fast and interconnected data systems are still required. Li-Fi has potential in areas where secure networks are required and where there is need to track signal availability and transmission radius as in banks and intelligence gatherings like in the military and government special operations. It can also provide high data capacity in heavily populated environments such as colleges, malls and conference centers. There are still unattended scopes like Li-Fi network integration with the mobile network and the optical fiber network. No guidelines have been developed for the efficient deployment of Li-Fi networks to suit different applications such as hospitals, clinics and banks.

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“…Seven key apps are analysed: Communications between Vehicles (CBV) [9], Home and in-building (HO) [10], [11]. Hospitals (HS) [12], In-Flight Entertainment (IFE) [13], Museum (MU) [14], Supermarket (SU) [15] and Underground Train (UT) [16].…”

Section: A Apps Mapping: Current State Of Lifi's Apps Sugested Formentioning

confidence: 99%

Which LiFi's apps may fit mostly to 5G and beyond-5G Technology?

Albert¹,

Dekel²,

Kurland³

et al. 2019

2019 Global LIFI Congress (GLC)

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LiFi technologies are expected to be an integrated part of future broadband wireless technologies. However, it is still not fully clear which apps will fit and benefit future 5G and beyond-5G. The purpose of this paper is to retrieve through Analytic Hierarchy Process model (AHP) and qualitative analysis the most promising apps. Apps for homes, supermarket, museum, communication between vehicles, in-flight entertainment and hospitals were considered. Relevant criteria include latency, data security, data-rate per square-meter, number of customers in square meter and acceptance. The results indicate that acceptance criteria found to be most dominant and hospital driven 5G apps most promising.

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Patient monitoring in the hospital management using Li-Fi

Cited by 21 publications

References 1 publication

Data Storage Based Heart and Body Temperature Measurement Device

Data Storage Based Heart and Body Temperature Measurement Device

Survey on Li-Fi communication networks and deployment

Which LiFi's apps may fit mostly to 5G and beyond-5G Technology?

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