The Challenge of Aqua Creatures Specie Classification in the Aquarium Innovation Theme,ERICDATA高等教育知識庫
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篇名
The Challenge of Aqua Creatures Specie Classification in the Aquarium Innovation Theme
並列篇名
The Challenge of Aqua Creatures Specie Classification in the Aquarium Innovation Theme
作者 Hsiang-Ying WangRich C. LeeHsien-I LinYung-Yao Chen
英文摘要
The aqua creatures are lively, diverse, and abundant; nowadays, their survival depends on the proactive endeavor of human society on the environment cares; recognizing them conveniently and effectively is the first step to care. Recently, the fast-growing applications of the computer vision techniques along with the Internet-of-Things attract both the researchers’ and the practitioners’ attention. Such applications give the alternative to the traditional approaches to observe the moving objects more efficiently with higher precision through image capturing. In the common aquarium themes, the compartment may contain the same aqua creature specie or non-mutual offensive species. The objective of the mono-specie scenario identification is to tell the difference between the compartments’ species, while the other scenario can identify the specie of the individual aqua-creature within the multi-specie compartment. This paper is the few studies that aim to facilitate the aquarium operations, especially in the animal state observation. It discusses the technical challenges in dealing with the aqua-creatures images collected from the aquarium scene. For this purpose, the paper presents two comprehensive aqua-creature identification approaches were applied the neural networks for different operational scenarios. The contribution of this paper is to explore the potential in caregiving operations and the aquatic education based on the computer vision techniques of species identification. Further derived applications, such as illness detection and adult-creature counting, can be widely applied in the real aquaculture farm.
起訖頁 1473-1481
關鍵詞 Computer visionNeural networksAnalytic frameworkService engineering
刊名 網際網路技術學刊  
期數 202112 (22:7期)
出版單位 台灣學術網路管理委員會
DOI 10.53106/160792642021122207002   複製DOI
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