IoT-based thermometer utilizing nano controllers and nodeMCU / Nathaniel Dave Itom.
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TextPublisher: Cebu City, Philippines : University of Cebu-Banilad, c2024Description: 109 pages : color illustrationsContent type: text Media type: unmediated Carrier type: volumeSummary: A high temperature is the primary indicator of a fever, which led to the creation of a thermometer. Body temperature is a crucial measure of essential human functions. The aim is to design a thermometer that can display temperature readings online and send notifications if dangerous levels are reached, all while ensuring minimally invasive and accurate measurements. Since developing a thermometer doesn't necessarily involve an invasive process, obtaining consent is not required. By gradually adding necessary features to an existing device, the researcher will gather data and compare it to current devices to ensure accuracy.
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| Periodicals | College Annex Library Periodicals | T It6ot 2024 (Browse shelf) | Available | 3UCBL000028831 |
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A high temperature is the primary indicator of a fever, which led to the creation of a thermometer. Body temperature is a crucial measure of essential human functions. The aim is to design a thermometer that can display temperature readings online and send notifications if dangerous levels are reached, all while ensuring minimally invasive and accurate measurements. Since developing a thermometer doesn't necessarily involve an invasive process, obtaining consent is not required. By gradually adding necessary features to an existing device, the researcher will gather data and compare it to current devices to ensure accuracy.
Brigoli, Darlyne College of Computer Engineering Computer Engineering
English
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