A Biological Automation Incubator System Based on A Single Chip

Yi-Yu Lu, H. Yen, Kuang-Kuo Lin
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Abstract

The biological incubator is beneficial to the growth of organisms. In the environment, the plants can improve their disease resistance, the cultivation of seedlings and the promotion of seed germination efficiency. The kernel of the system is based on single chip ATmega2560 serving to receive data from various environmental sensors. The suitable growth conditions for organisms in the environment can be established. Using the data collection for a long time, a big data analysis is performed by techfarmers to effectively and quickly adjust suitable growth parameters. An APP software is also designed for real-time monitoring. A truth table is designed to determine the turn on/off quantity and time for system load. The proposed cultivation system may be used to achieve power saving purpose with multiple sets of low-frequency switches.
基于单片机的生物自动化培养系统
生物培养箱有利于生物的生长。在环境中,植物可以提高抗病性,培养幼苗,促进种子萌发效率。该系统的核心是基于单片机ATmega2560,用于接收各种环境传感器的数据。可以为环境中的生物建立适宜的生长条件。利用长期收集的数据,由技农进行大数据分析,有效快速地调整适宜的生长参数。并设计了APP软件进行实时监控。设计真值表来确定系统负载的开/关数量和时间。所提出的栽培系统可通过多组低频开关达到节电目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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