Blood Donor Matching Information Systems and Determining Tools for Blood Cluster and Human Rhesus Based on IoT

Hermawan, Aditya Chandra; Mubarokah, Ita; Baskoro, Farid

doi:10.2991/aer.k.201124.019

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2022

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“…Based on the Rhesus factor in the blood, blood is grouped into Rh-positive (rh+) and Rh-negative (rh-) blood groups. Blood grouping is important for the blood donor process [3].…”

Section: Introductionmentioning

confidence: 99%

Human Blood Grup and Rhesus Detection Tool Prototype Design Based On IoT

Hendrawati

Hasanudin²

2022

ELINVO

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Currently, medical practitioners carry out blood type and rhesus examinations by directly observing the agglutination reaction and depending on the examiner's eye. Meanwhile, the effects of eye fatigue and saturation will cause inaccurate data. Therefore, a detection device was made which aims to display information about reading human blood type and rhesus on a digital display which can also store the data into a database. The ABO and rhesus systems were used in this study. This research was made using a real-time method based on the internet of things (IoT). sending data in real-time using WiFi Module ESP-01 and other components such as LCD microcontroller, LDR, LED, battery, and Arduino Uno. based on the results of tool testing, the percentage of success values is 91.67%.

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“…Based on the Rhesus factor in the blood, blood is grouped into Rh-positive (rh+) and Rh-negative (rh-) blood groups. Blood grouping is important for the blood donor process [3].…”

Section: Introductionmentioning

confidence: 99%

Human Blood Grup and Rhesus Detection Tool Prototype Design Based On IoT

Hendrawati

Hasanudin²

2022

ELINVO

View full text Add to dashboard Cite

show abstract

Blood Donor Matching Information Systems and Determining Tools for Blood Cluster and Human Rhesus Based on IoT

Cited by 1 publication

References 2 publications

Human Blood Grup and Rhesus Detection Tool Prototype Design Based On IoT

Human Blood Grup and Rhesus Detection Tool Prototype Design Based On IoT

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