Internet of Things Architecture Based Cloud for Healthcare

Al-Joboury, Istabraq M.; Al-Hemiary, Emad H.

doi:10.31987/ijict.1.1.7

Cited by 14 publications

(7 citation statements)

References 12 publications

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“…The monitoring system includes parameters: through smart sensors such as; Measure temperature, humidity, CO2, NH3, H2S, biogas pressure and artificial intelligent (AI) camera. From there, research, test, calculate, build models, evaluate, survey and compare between traditional and manual livestock farm models; Compare with current advanced livestock models to provide design and manufacturing solutions for control systems [14], [20]. The system includes a host computer that collects data and runs a monitoring and control interface on a control board basis.…”

Section: Research Content 21 the Building Models And Design Supervisi...mentioning

confidence: 99%

“…Make decisions to optimize gas volume, temperature, humidity, CO2, NH3, H2S and biogas pressure, thereby automating daily animal health monitoring activities and providing monitoring solutions parameters in real time [3], [9]- [15]. In particular, with the application of IoT to livestock farming, product quality will be improved, thereby contributing to building the position and brand of products, especially quality export and agricultural products high [14]- [16].…”

Section: Introductionmentioning

confidence: 99%

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Research design and production of ambient atmosphere monitoring control system internet of things technology application

Chuyen,

Hoa

2024

IJECE

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In this paper, presents solutions to application internet of things (IoT) technology in the field of high-tech agriculture, livestock in Vietnam is currently a new problem. The system includes an application on a smartphone; access the parameters via the web, on the computer. The product has a monitoring function: the ambient atmosphere indicators of the pig farm (temperature, humidity, CO2, NH3, H2S gas, and Biogas pressure), on the website 24/24 hour and control automatic control monitoring system. This is a problem of researching, designing and manufacturing products to automatically control the quality of the ambient atmosphere to improve productivity and quality of pig raising in practice at Bach Khoa Production, Trade and Service Joint Stock Company Bach Phuong (Address: Vinh Hao Commune, Vu Ban District, Nam Dinh Province, Vietnam).

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Section: Research Content 21 the Building Models And Design Supervisi...mentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Research design and production of ambient atmosphere monitoring control system internet of things technology application

Chuyen,

Hoa

2024

IJECE

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“…The health monitoring system has become a human need today. In [18] an electronic health registration system that was cheap, lightweight, energy efficient and has a centralized system had been developed. With this portable form, patients can keep records of health parameters during the trip.…”

Section: Work In This Areamentioning

confidence: 99%

Detection of COVID-19 Using Screen Printed Electrode based Biosensor

Shinangaram¹,

Dhatrika²

2023

JMC

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Corona virus (COVID-19) is an infectious disease, now this COVID-19 pandemic got spread all over the world which causes illness in the respiratory system in humans, it can spread widely in a short time. In this paper the concept of wireless sensor network (WSN) for Internet of things (IoT) is allocated to the healthcare and detection system for COVID-19 is used to design the biomedical sensors with microcontrollers which are used to collect the data, biosensor based low-cost sensitive portable devices for COVID-19 testing kit which is based on Screen printed electrode sensor (SPEs), this is the complete model of health professionals are observe patients information at the ThingSpeak with help of Wi-Fi, Bluetooth module, professionals workload is minimizing to reducing the possibility of the infected COVID-19 condition. the performance of this work is the data is monitored by the patient’s status, the output of these sensors is communicated via wireless sensing node and acquiring for same data has to be send to the remote wireless monitor for the observed patients status via IoT, If in case of any emergency patients can also control the conditions. The stage of infection disease patients can also monitor system data is to inform the medical professionals at the time being finished. Hence the optimistic results show that the biomedical sensors and SPEs are in beneficial process for identification of COVID-19 so it can be situating the results on ThingSpeak and Bluetooth module, The clinical centers to help conditions behind its conformation with additional biomedical sensors.

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“…The collected biological measurements are then forwarded to an IoT cloud. The system can detect lifethreatening conditions by processing sensors' data and promptly notify doctors, nurses, and hospital personal [6], [11], [16]. The health care providers get benefits from this system because it allows observing patients remotely without being physically in contact.…”

Section: Pr O P O S E D Sy S T E M Ar C H It E C T U R Ementioning

confidence: 99%

Cloud-based COVID-19 Patient Monitoring using Arduino

Hanoon

Aal-Nouman

2021

2021 3rd East Indonesia Conference on Computer and Information Technology (EIConCIT)

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IoT is considered as one of the fastest growing technology in the medical and industrial fields, and one of its use is the transmission of the Medical information of the patients to the general practice (GP) or hospitals. And because of the last situation of the COVID-19, and the increasing number of the infected people, the researchers started to focus on how to transmit and monitor the patients information remotely in order to decrease the chance of infection. This paper introduces an affordable IoT-based application aiming to decreases the chance of COVID-19 infection transmission. The proposed device can help the patients by checking their health status, while doctors remotely monitor this information. This paper presents a measuring and recording device for heart rate, oxygen saturation levels, and body temperature. An Arduino device with sensors will be used to measure these records and send them to the cloud server. The results show that the information has been sent successfully to the cloud.

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Internet of Things Architecture Based Cloud for Healthcare

Cited by 14 publications

References 12 publications

Research design and production of ambient atmosphere monitoring control system internet of things technology application

Research design and production of ambient atmosphere monitoring control system internet of things technology application

Detection of COVID-19 Using Screen Printed Electrode based Biosensor

Cloud-based COVID-19 Patient Monitoring using Arduino

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