基于物联网(IoT)、在 BLYNK 平台上使用 C4.5 算法的自动洗水装置智能系统

Muhamad Wilvan Nurhakim, Anderias Eko Wijaya, R. Hermawan
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引用次数: 0

摘要

总的来说,养鱼自古以来就是一项广受人们喜爱的活动,因为它易于维护和保养,鼓励许多人参与其中。然而,由于工作繁忙或不可预见的情况,检查水族箱的水质状况往往是一项挑战。因此,需要一种基于物联网技术的工具,利用 Blynk 平台上的 C4.5 算法自动控制和排放水族箱中的水。该系统可以在水族箱水变浑浊时排水,在温度低于最佳水平时升温,并限制注水。ESP8266 和 ESP32-S 模块用于接收、处理数据,并通过 Wi-Fi 将数据传输给水族箱主人。继电器是水泵、热水器和电磁阀等辅助组件的电力分配器。测试结果表明,水质控制组件的有效运行符合系统的功能和目标。该工具的存在可帮助养鱼者保持水族箱的实时水质、检测水污染和监测水族箱内鱼类的健康状况。
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SISTEM CERDAS PENGURAS AIR AKUARIUM SECARA OTOMATIS BERBASIS INTERNET oF THINGS (IoT) MENGGUNAKAN ALGORITMA C4.5 pada PLATFORM BLYNK
In general, fishkeeping has been a widely cherished activity among communities since ancient times, owing to its ease of maintenance and care, which encourages many individuals to engage in it. However, due to busy schedules or unforeseen circumstances, checking the water conditions in aquariums often poses a challenge. Therefore, there is a need for a tool capable of automatically controlling and draining aquarium water based on IoT technology using the C4.5 algorithm on the Blynk platform. This system can drain water if the aquarium water becomes cloudy, raise the temperature if it drops below optimal levels, and limit water filling. The ESP8266 and ESP32-S modules are utilized to receive, process, and transmit data to the aquarium owner via Wi-Fi. Relays serve as electrical power distributors for supporting components such as water pumps, water heaters, and solenoid valves. Testing results indicate that the water condition control component effectively operates in line with the system's functions and objectives. The existence of this tool can assist fishkeepers in maintaining real-time aquarium water quality, detecting water pollution, and monitoring the health of fish within the aquarium.
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发文量
22
审稿时长
24 weeks
期刊最新文献
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