基于物联网的实验水族螃蟹观察环境

Sota Nakajima, Daiki Sumiya, M. Morii, Nobuaki Mizutani, Akitsugu Shimano, M. Niswar, Shigeru Kashihara
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引用次数: 0

摘要

有必要利用信息通信技术、物联网和人工智能等信息科学技术促进智能水产养殖。目前,智能水产养殖已经开始在许多物种,如牡蛎,鲭鱼和虾。它试图通过将经验和直觉所做的事情转化为数据来提高工作效率并确保适当的产量。本文的重点是螃蟹,特别是Scylla Serrata,被称为泥蟹。请注意,它们还没有完全培育出来。为了实现这些物种的智能养殖,我们首先构建了一个基于物联网的实验水族环境,可以在实验室规模上观察这些物种的生态。在环境中获取的传感数据和运动图像显示在Web上,可以方便地远程查看。通过实际操作,介绍了有价值的实例,并对今后需要解决的问题进行了总结。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT-based Experimental Aquarium Environment for Observing Crabs
There is a need to promote smart aquaculture using information science technologies such as ICT, IoT, and AI. Currently, smart aquaculture has been started in many species, such as oysters, mackerels, and shrimps. It is trying to improve work efficiency and secure appropriate production volume by converting what has been done by experienced and intuition into data. The paper focuses on crabs, especially Scylla Serrata, known as mud crab. Note that they have not yet been fully cultivated. To contribute to achieving the intelligent cultivation of these species, we first constructed an IoT-based experimental aquarium environment that can observe the ecology of these species on a laboratory scale. The sensing data and moving images acquired in the environment are displayed on the Web and can be easily checked remotely. The paper also introduces valuable examples through the operation and summarizes the future issues.
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