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arXiv 1802.02207cs.CVcs.LG
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以分类法为例自动生成图像识别数据集

Automated dataset generation for image recognition using the example of taxonomy

Hochschule Bremen - City University of Applied Sciences(不来梅应用技术大学)

Jaro Milan Zink

摘要:

这篇硕士论文讨论了自动生成图像识别数据集的问题,手动完成时需要花费大量时间。由于这篇论文是在不来梅应用科学城市大学生物多样性研究的背景下撰写的,因此选择分类条目的分类作为示例用例。为了实现数据集创建的自动化,在确定了知识基础并分析了需求之后,我们对原型进行了概念化和实现。它利用了预先训练的抽象人工智能,能够对不包含所需内容的图像进行分类。在实施和由此产生的自动数据集创建之后,进行了评价。其他手动收集的数据集与原型在规格和准确性方面产生的数据集进行了比较。结果非常令人满意,并表明自动生成图像识别数据集不仅是可能的,而且可能是花费时间和金钱手动完成这项任务的一个不错的替代方案。在这项工作的最后,一个想法,如何使用的原则,采用抽象的人工智能的一步一步的分类更深的分类层次的生产系统提出和讨论。

英文摘要:

This master thesis addresses the subject of automatically generating a dataset for image recognition, which takes a lot of time when being done manually. As the thesis was written with motivation from the context of the biodiversity workgroup at the City University of Applied Sciences Bremen, the classification of taxonomic entries was chosen as an exemplary use case. In order to automate the dataset creation, a prototype was conceptualized and implemented after working out knowledge basics and analyzing requirements for it. It makes use of an pre-trained abstract artificial intelligence which is able to sort out images that do not contain the desired content. Subsequent to the implementation and the automated dataset creation resulting from it, an evaluation was performed. Other, manually collected datasets were compared to the one the prototype produced in means of specifications and accuracy. The results were more than satisfactory and showed that automatically generating a dataset for image recognition is not only possible, but also might be a decent alternative to spending time and money in doing this task manually. At the very end of this work, an idea of how to use the principle of employing abstract artificial intelligences for step-by-step classification of deeper taxonomic layers in a productive system is presented and discussed.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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