Water Level Detection System based on Arduino and LabVIEW for Flood Monitors using Virtual Instrumentation

Sabar, Sabar; Anjani, Dewi Maulidah Nur; Wijaya, Sastra Kusuma

doi:10.15408/fiziya.v4i1.19808

Cited by 3 publications

(2 citation statements)

References 3 publications

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“…This system has provided all options for avoiding traditional methods and saving labor time. This system's primary goal is to offer realtime monitoring with the water level fixed in the system should be able to take accurate readings and switch on the water pump when the level drops or is required [51]. On the other hand, a pH level indicator should alert the user to the precise pH level in the water so that the user may adjust or balance it and trigger the water pump when the readings reach too low or high to change the water in the tank.…”

Section: Fig 3 Schematic Design Of the Proposed Systemmentioning

confidence: 99%

Improving Fish Quality and Yield: An Automated Monitoring System for Intensive Aquaculture

Anne Dashini Kannan,

Chong Peng Lean,

Chen

et al. 2024

Malaysian J. Sci. Adv. Tech.

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The growing interest in the fish farming industry is driven by the depletion of natural fish stocks in the market. However, intensive aquaculture systems, which involve raising fish in artificial tanks and cages, can lead to challenges such as low-quality fish and increased mortality rates, depending on the species being cultivated. To address these issues and maximize yield, this paper proposes a fish quality monitoring system with automatic correction. The system focuses on monitoring and maintaining critical water quality parameters essential for fish growth, including temperature, water level, and pH level. The system comprises an Arduino connected to sensors and a web-based application for data collection and monitoring. Correction devices such as an aquarium heater, a valve, and a water pump are integrated into the system to maintain these parameters at optimal levels for fish development. To assess the system's efficiency and reliability, two fish monitoring setups were compared: one using the proposed controlled system and the other using a traditional setup. Results indicate that the controlled system increased efficiency, reduced stress on fish farmers, decreased fish mortality rates, and improved product quality compared to the traditional setup.

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Section: Fig 3 Schematic Design Of the Proposed Systemmentioning

confidence: 99%

Improving Fish Quality and Yield: An Automated Monitoring System for Intensive Aquaculture

Anne Dashini Kannan,

Chong Peng Lean,

Chen

et al. 2024

Malaysian J. Sci. Adv. Tech.

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“…The hardware in this study utilizes a microcontroller as an acquirer and data processor as the study have be conducted in the paper (Sabar, Wijaya, et al, 2021) (Hariyanto, 2019). The hardware design for the instrumentation system in this study is to connect the sensor with a jumper cable to the microcontroller and then from the microcontroller to a computer using a USB port as serial communication data.…”

Section: B Hardware Designmentioning

confidence: 99%

Design Virtual Instrumentation System of a Cigarette Smoke Detector

Sabar¹,

Joni²,

Pertiwi³

et al. 2023

FJSR

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The contributor to air pollution today is cigarette smoke because almost every public facility is provided with a special room for smokers and a non-smoking room. However, the level of awareness of active smokers is not only harmful to themselves but also to secondhand smoke, especially in smoke-free environments. Along with the development of technology, we can take advantage of the development of a cigarette smoke detector based on the Arduino with the MQ-2 gas sensor. Therefore, this tool will make it easier to monitor a crowded room for cigarette smoke. The system uses the MQ-2 gas sensor to detect cigarette smoke in a room. By using a buzzer alarm as a sign that there is cigarette smoke inside a room. The ppm value obtained from the sensor is 550 ppm on the cigarette sensor to detect cigarette smoke

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