基于树莓派的单向成像鱼种计数器的研制

M. Manuel, John Edward D. Cruz, Ronnel L. Reyes, Mark Joseph V. Macapuno, Jennifer C. Dela Cruz, Roderick C. Tud
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引用次数: 0

摘要

水产养殖的增长速度也比捕捞渔业快得多。通过本研究,实现鱼类计数方式的自动化,而不是人工计数,可以极大地造福于国家,特别是渔民和渔业公司。研究人员能够创建一个树莓派系统,以便考虑单向的、基于成像的过程来计算鱼种。对于房屋,考虑3度的俯角;因此,该程序可以检测和计数在其边界的颜色。该鱼种计数器对总跑数和二元分类的准确率至少为90%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a One Way, Imaging Based Fish Fingerling Counter Using Raspberry Pi
Aquaculture is also growing much faster than capture fisheries. Through this study, it can greatly benefit the country, especially the fishermen and fish companies, to automate the way of counting the fish instead of counting them manually. The researchers are able to create a Raspberry Pi system in order to count the fish fingerlings considering one-way, imaging-based process. For the housing, an angle of depression of 3 degrees is considered; thus, the program can detect and count the colors with in its boundary. The fish fingerling counter has an accuracy at least 90% for Running Total and Binary Classification.
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