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The use of Optical Character Recognition (OCR) in the digitisation of herbarium specimen labels

机译:光学字符识别(OCR)在植物标本标签数字化中的使用

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摘要

At the Royal Botanic Garden Edinburgh (RBGE) the use of Optical Character Recognition (OCR) to aid the digitisation process has been investigated. This was tested using a herbarium specimen digitisation process with two stages of data entry. Records were initially batch-processed to add data extracted from the OCR text prior to being sorted based on Collector and/or Country. Using images of the specimens, a team of six digitisers then added data to the specimen records. To investigate whether the data from OCR aid the digitisation process, they completed a series of trials which compared the efficiency of data entry between sorted and unsorted batches of specimens. A survey was carried out to explore the opinion of the digitisation staff to the different sorting options. In total 7,200 specimens were processed.When compared to an unsorted, random set of specimens, those which were sorted based on data added from the OCR were quicker to digitise. Of the methods tested here, the most successful in terms of efficiency used a protocol which required entering data into a limited set of fields and where the records were filtered by Collector and Country. The survey and subsequent discussions with the digitisation staff highlighted their preference for working with sorted specimens, in which label layout, locations and handwriting are likely to be similar, and so a familiarity with the Collector or Country is rapidly established.
机译:在爱丁堡皇家植物园(RBGE),研究了使用光学字符识别(OCR)来辅助数字化过程。使用标本馆数字化过程和两个阶段的数据输入进行了测试。首先对记录进行批处理,以添加从OCR文本中提取的数据,然后再根据收集者和/或国家/地区对它们进行排序。然后,由六个数字化仪团队使用标本图像,将数据添加到标本记录中。为了研究OCR的数据是否对数字化过程有所帮助,他们完成了一系列试验,比较了已分类和未分类样品之间的数据输入效率。进行了一项调查,以探讨数字化人员对不同分类选项的看法。总共处理了7200个样本。与未分类的随机样本集相比,基于OCR添加的数据进行分类的样本更快地数字化。在此处测试的方法中,就效率而言最成功的方法是使用一种协议,该协议要求将数据输入到一组有限的字段中,并且记录由收集器和国家/地区过滤。调查和随后与数字化人员的讨论都强调了他们偏爱使用分类标本,因为标本的布局,位置和笔迹很可能相似,因此对收集者或国家/地区的熟悉迅速建立。

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