Gregg速记词到英语单词转换的深度学习方法

Dionis A. Padilla, Nicole Kim U. Vitug, Julius Benito S. Marquez
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引用次数: 10

摘要

速记或速记术已被用于各种领域的实践,特别是法庭速记员。为了记录听证会的每一个细节,速记员必须写得又快又准确。在菲律宾,速记员仍然使用传统的手写速记方式。抄写速记是费时的,有时由于要抄写很多字符或单词而令人困惑。另一个问题是,只有速记员才能理解和翻译速记。如果没有速记员可以破译一份文件怎么办?采用深度学习方法实现并开发了Gregg速记词到英语单词的自动转换。使用的卷积神经网络(CNN)模型是TensorFlow平台中的Inception-v3,这是一种用于对象分类的开源算法。训练数据集包括135个法律术语,每个词120个图像,总共16,200个数据集。训练后的模型验证准确率达到91%。为了进行测试,每个法律术语执行了10次测试,总共测试了1,350个手写的Gregg速记单词。该系统正确翻译了739个单词,准确率为54.74%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep Learning Approach in Gregg Shorthand Word to English-Word Conversion
Shorthand or Stenography has been used in a variety of fields of practice, particularly by court stenographers. To record every detail of the hearing, a stenographer must write fast and accurate In the Philippines, the stenographers still used the conventional way of writing shorthand, which is by hand. Transcribing shorthand writing is time-consuming and sometimes confusing because of a lot of characters or words to be transcribed. Another problem is that only a stenographer can understand and translate shorthand writing. What if there is no stenographer available to decipher a document? A deep learning approach was used to implement and developed an automated Gregg shorthand word to English-word conversion. The Convolutional Neural Network (CNN) model used was the Inception-v3 in TensorFlow platform, an open-source algorithm used for object classification. The training datasets consist of 135 Legal Terminologies with 120 images per word with a total of 16,200 datasets. The trained model achieved a validation accuracy of 91%. For testing, 10 trials per legal terminology were executed with a total of 1,350 handwritten Gregg Shorthand words tested. The system correctly translated a total of 739 words resulting in 54.74% accuracy.
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