Remote fish aquaculture monitoring system based on wireless transmission technology

Abstract

This article establishes an automated monitoring system for the fish farm aquaculture environment. The fish farm setting is usually in convenient places without common place traffic. The proposed system is network surveillance combined with mobile devices and a remote platform to collect real-time farm environmental information. This system permits real-time observation and control of fish farms with dissolved oxygen sensors, temperature sensing elements using A/D and 8051 module signal conversion. The real-time data is captured and displayed via ZigBee wireless transmission signal transmitter to remote computer terminals. Visual Basic 2010 software is used to design the interface functions and control sensing module. This system is low-cost, low power, easy operation with wireless transmission capability. A continuous, stable power supply is very important for the aquaculture industry. The proposed system will use municipal electricity coupled with a battery power source to provide power with battery intervention if municipal power is interrupted. The battery system is designed to avoid the self-discharge phenomenon which reduces the battery lifetime. Solar power is used to provide charging at any time.

Wireless water quality monitoring system for high density aquaculture application

“…The real time data measures using A/D signal processing via ZigBee wireless transfer to the terminal server. The data messages are analytically processed and send to the cloud database and displayed on a computer terminal [5].…”

An Optimization Scheme for Water Pump Control in Smart Fish Farm with Efficient Energy Consumption

“…They considered system optimization via artificial intelligence algorithms in their future extension. Several similar fish farm monitoring systems have been proposed [12][13][14][15]. Most of these systems are designed to assist farmer by providing remote fish farm monitoring service.…”

“…However, many existing studies presented in the literature are focused on remote fish farm monitoring using IoT devices [11][12][13][14][15]. They try to improve fish farmer working efficiency by sending them timely notifications, reminders and alarms.…”

Telemonitoring of Water Quality for Koi Fish Hatchery Using Mechanical Turbine Method Based on Microcontroller

“…With this, we need a system that can help make it easier to monitor water in fish seed ponds so that it can create better koi fish seed culture water. With a microcontroller that is ESP32 as the control center [7] for the overall system and the monitoring system uses a website and the main and supporting parameters are used using pH sensors and TDS sensors, water flow sensors [8], optocoupler sensors [9] and voltage-current sensors [10].…”