使用机器学习检测微塑料

Z. Chaczko, Peter Wajs-Chaczko, David Tien, Y. Haidar
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引用次数: 11

摘要

由于需要保护健康的生态系统,监测人类和动物栖息地中微塑料的存在正迅速成为一个重要的研究主题。微塑料污染环境,并可能对包括人体在内的生物有机体构成严重威胁,因为它们可能在不经意间通过食物链被消耗。为了感知和了解环境中微塑料污染威胁的程度,需要设计和开发可靠的方法和工具,以检测和分类不同类型的微塑料。本文介绍了我们的工作成果,这些成果与探索方法和技术有关,这些方法和技术可用于检测高光谱图像中捕获的各自生态系统中的可疑物体,然后使用神经网络技术对这些物体进行分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection of Microplastics Using Machine Learning
Monitoring the presence of micro-plastics in human and animal habitats is fast becoming an important research theme due to a need to preserve healthy ecosystems. Microplastics pollute the environment and can represent a serious threat for biological organisms including the human body, as they can be inadvertently consumed through the food chain. To perceive and understand the level of microplastics pollution threats in the environment there is a need to design and develop reliable methodologies and tools that can detect and classify the different types of the microplastics. This paper presents results of our work related to exploration of methods and techniques useful for detecting suspicious objects in their respective ecosystem captured in hyperspectral images and then classifying these objects with the use of Neural Networks technique.
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