A New Water Level Measurement Technique Using Artificial Intelligent

Ibrahim, Lely Maisara and Alias, Nur Aisyah Jamilah and Ngatalin, Siti Najihah Umairah and Abdul Kadir, Muhammad Azraie (2025) A New Water Level Measurement Technique Using Artificial Intelligent. In: MULTIDISCIPLINARY APPLIED RESEARCH AND INNOVATION.

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Abstract

Flash floods are a growing concern worldwide, causing economic and social losses, increased death rates, and damage to infrastructure. The rapid nature of these disasters has led to delayed and inaccurate flood event information, causing public confusion and delays in response. This study aims to use AI to measure flood levels in real-time to improve flood information during flash floods. In this study, an Axia automobile as a model has been tested in an open space area. Then, box and manilla card is used as a level to mark the height of flood water, which is 15cm, 30cm, and up to 105cm. Data was collected by taking pictures of the vehicle from a distance of 620cm, 720cm, and 820cm. Teachable Machine applications has been used in this experiment to train the model for the data analysis. Image processing methods from the data have been used to identify flood elevation. Key findings show the true percentages and false percentages accuracy of AI measurements on water level and distances measurement. Accuracy of AI measurements for distance represent 80% accuracy for correct value and 20% for the wrong values. Other than that, for accuracy of AI measurements on water level shows 90.5% indicates the accurate percentage and 9.5% indicates the inaccurate percentages. Additionally, the comparison in measuring water level between two devices, which is camera and Iphone show that the camera achieves 87% is accurate meanwhile the Iphone reached 62% of accurate values. Good agreement shows based on findings. However, some areas need to be improved especially for Iphone devices.

Item Type:	Conference or Workshop Item (Paper)
Subjects:	Q Science > QE Geology > QE351-399.2 Mineralogy
Divisions:	Faculty of Civil Engineering and Built Environment > Department of Civil Engineering : Water and Environmental Engineering
Depositing User:	ENCIK MOHD FAHMIE BIN NURADDIN
Date Deposited:	19 Mar 2025 00:33
Last Modified:	19 Mar 2025 00:35
URI:	http://eprints.uthm.edu.my/id/eprint/12530

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