Mechanized Suffocating Location and Security in pool with IoT Server

Mechanized Suffocating Location and Security in pool with IoT Server

Mrs. Shalet Benvin Assistant Professor,

Computer Science and Engineering,

BGS Institute of Technology, Adichunchanagiri University

Poorvika H R Gowda

20CSE063

Computer Science and Engineering BGSInstitute of Technology Adichunchanagiri University

Abstract: The existing system is based on video surveillance using HSV color space analysis, An innovative technology has been developed to identify an individual in distress at a pool and trigger an alert for the lifeguard in case the individual cannot be located within the pool. The drawback of this existing system is that video surveillance may not be able to detect all instances of drowning, if the person is not fully submerged or the water is muddy. The proposed system consists of three main sensors, such as a temperature, heart rate and a respiratory rate sensor, which are used to detect the body conditions of the swimmer. If the swimmer's body condition exceeds the preset ranges, the buzzer sends an alert to the lifeguard for rescue. An IOT server is used to store the data of the swimmer. The experimental results shows that the proposed system improved in terms of accuracy and speed compared to existing setup.
Keywords: Anti-drowning, Arduino kits, Internet of things, Lifeguard alert

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