物联网辅助城市水培养殖系统设计

Chao-Hsien Lee, Jhih-Hao Jhang
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引用次数: 9

摘要

由于台湾是一个小而拥挤的岛屿,ICT技术的进步促进了优质农业的发展。在本文中,我们将商业水共生系统转移到家庭/城市系统。也就是说,本文不仅调整了鱼类和植物的比例,还减少了食物里程和碳排放。主要目标是保持自我维持。根据我们的实验结果,鱼的数量可以从30个减少到15个,种植的植物数量从20个增加到30个。植物的收成增加了50%。
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System Design for Internet of Things Assisted Urban Aquaponics Farming
Since Taiwan is a small and overcrowded island, the advance of ICT technology promotes the development of quality agriculture. In this paper, we transfer the commercial aquaponic system to the home / urban one. That is, this paper not only adjusts the ratio of fish and plants, but also reduces food miles and carbon emission. The main goal is keeping self-sustaining. According to our experimental results, the number of fish can be reduced from 30 to 15, and the number of planted plants is increased from 20 to 30. The plant harvest has a 50% increment.
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