Investigation of ultrasonic sensor type JSN-SRT04 performance as flood elevation detection

Andang, Asep; Hiron, Nurul; Chobir, Abdul; Busaeri, Nundang

doi:10.1088/1757-899x/550/1/012018

Cited by 15 publications

(5 citation statements)

References 2 publications

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“…The application of calibrated ultrasonic sensors and TDS measurements within this framework paves the way for streamlined, accurate water management practices. This integration underscores the importance of maintaining sensor accuracy through regular calibration, ensuring the long-term reliability and effectiveness of water management solutions [21][22][23].…”

Section: Discussionmentioning

confidence: 99%

A Novel Water Level Control System for Sustainable Aquarium Use

Kok,

Ho,

Tanjodi

et al. 2024

Electronics

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The advent of Internet of Things (IoT) technology has paved the way for innovative solutions in various domains, including aquarium maintenance. An IoT-based automated water changing system emerges as a promising solution to ensure a clean and healthy environment for aquarium inhabitants, thereby alleviating basic chores, particularly for aquarium hobbyists. Conventional solutions often fall short in reliability and affordability, merely focusing on water replacement without addressing other crucial factors. In contrast, this novel system integrates cutting-edge features, leveraging wireless monitoring facilitated by Home Assistant and incorporating water seasoning capabilities. Unlike existing systems, which lack comprehensive monitoring, this solution monitors a plethora of water parameters including water height, pH levels, salinity, temperature, and dissolved solids. This holistic approach enables the system to make informed decisions based on real-time data. Utilizing the gathered data, the system employs advanced algorithms to determine requisite actions. For instance, upon detecting a lower water level, it triggers the water vault to replenish water, ensuring optimal water volume for aquatic life. Additionally, it regulates temperature through heating and cooling mechanisms, ensuring the maintenance of ideal conditions for aquatic organisms. Moreover, the system proactively addresses anomalies by generating indicator requests for parameters beyond its operational scope, thereby facilitating timely intervention by the user. By amalgamating state-of-the-art IoT technology with comprehensive water monitoring and proactive decision making capabilities, this automated water changing system represents a significant advancement in aquarium maintenance, promising enhanced efficiency, reliability, and ultimately, a healthier aquatic ecosystem.

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Section: Discussionmentioning

confidence: 99%

A Novel Water Level Control System for Sustainable Aquarium Use

Kok,

Ho,

Tanjodi

et al. 2024

Electronics

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“…The resolution of the distance is 0.01 m, so it allows relevant variations of vehicle distance so that the detection algorithm can work efficiently. The relative error detected in the measurements is 0.74% on average [20] with a linear relation between distance and error [21]. The sensor sampling rate used in the device was 500 KHz in the experiments.…”

Section: Vehicle Detection and Characterisation Methodsmentioning

confidence: 99%

Processing at the Edge: A Case Study with an Ultrasound Sensor-Based Embedded Smart Device

et al. 2022

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In the current context of the Internet of Things, embedded devices can have some intelligence and distribute both data and processed information. This article presents the paradigm shift from a hierarchical pyramid to an inverted pyramid that is the basis for edge, fog, and cloud-based architectures. To support the new paradigm, the article presents a distributed modular architecture. The devices are made up of essential elements, called control nodes, which can communicate to enhance their functionality without sending raw data to the cloud. To validate the architecture, identical control nodes equipped with a distance sensor have been implemented. Each module can read the distance to each vehicle and process these data to provide the vehicle’s speed and length. In addition, the article describes how connecting two or more CNs, forming an intelligent device, can increase the accuracy of the parameters measured. Results show that it is possible to reduce the processing load up to 22% in the case of sharing processed information instead of raw data. In addition, when the control nodes collaborate at the edge level, the relative error obtained when measuring the speed and length of a vehicle is reduced by one percentage point.

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“…The two-air pressure sensor (MPX5010DP) [17] and the two water pressure sensors were used to detect the pressure of water upstream and downstream of the channel. the two ultrasonic distance sensors (JSN-SR04T) were used to detect the level of water in tank and channel [18]. The data acquisition syetem had a solenoid water valve made of plastic used to regulate the flow of water in the system.…”

Section: Methods 21 Hardware Equipmentmentioning

confidence: 99%

Remotely controlled water channel system for laboratory education utilizing internet of things and SCADA technologies

Abd Al-asadi,

Jabbar Chlaihawi

2023

IJEECS

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This paper was discussed the hardware components of a remotely controlled water channel management system for laboratory education utilizing the internet of things(IoT) and supervisory control and data acquisition systems (SCADAs). The system consists of various sensors and devices included the air pressure sensor (mpx5010dp), water pressure sensor, ultrasonic distance sensor (JSNSR04T) and solenoid water valve plastic. The air pressure sensor (mpx5010dp) was used to detect the water level in the manometer of the pitot tube, a water pressure sensor for detecting the pressure of water, an ultrasonic distance sensor (JSN-SR04T) for detecting the level of water in the channel, a solenoid water valve plastic with relay for protecting the motor when the water level in the tank reduces to 5 cm. These components work together to monitor and control the water channel system remotely, providing users with a more scalable, flexible, and accessible solution for laboratory education. Also, a web page was developed with an IoT and SCADA system for remote control and management of a water channel system that was used for teaching hydraulic and hydrological concepts to students.

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Investigation of ultrasonic sensor type JSN-SRT04 performance as flood elevation detection

Cited by 15 publications

References 2 publications

A Novel Water Level Control System for Sustainable Aquarium Use

A Novel Water Level Control System for Sustainable Aquarium Use

Processing at the Edge: A Case Study with an Ultrasound Sensor-Based Embedded Smart Device

Remotely controlled water channel system for laboratory education utilizing internet of things and SCADA technologies

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