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结合语音识别与医学报告的自动索引编制

Combining voice recognition and automatic indexing of medical reports.

作者信息

Happe André, Pouliquen Bruno, Burgun Anita, Cuggia Marc, Le Beux Pierre

机构信息

Intermède La Basse Revachais 35580 GUIGNEN, France.

出版信息

Stud Health Technol Inform. 2002;90:382-7.

Abstract

Medical records have been evolving from the traditional paper-based records to digital ones, from the method of dictating reports and transcription to voice recognition systems. The transition to digital operations will not be complete until we have the ability to combine voice recognition with automated indexing of texts. This paper introduces the methods we used to evaluate existing voice recognition software programs and presents NOMINDEX, a system that turns a medical text into MeSH codes, using the French ADM lexical database. Those systems were applied to 28 patient discharge summaries in French, produced after a coronarography, and extracted from the MENELAS corpus of texts. Using the best configuration for voice recognition, the rate of accurate recognition exceeds 98 percent. Among the indexing concepts assigned by NOMINDEX, 25 percent were not pertinent and 12 percent of the relevant concepts were missing. Most errors were related to confusion between common language and medical language, and to the coverage of the ADM lexical database. Best results would be expected with a more comprehensive lexical resource In addition, only 3 percent of the errors generated by inadequate voice recognition that remained in the configuration that performed better, impacted on automatic indexing by NOMINDEX.

摘要

医疗记录已经从传统的纸质记录演变为数字记录,从口述报告和转录的方式发展到语音识别系统。在我们能够将语音识别与文本的自动索引相结合之前,向数字操作的转变将不会完成。本文介绍了我们用于评估现有语音识别软件程序的方法,并展示了NOMINDEX系统,该系统使用法国ADM词汇数据库将医学文本转换为医学主题词(MeSH)代码。这些系统应用于28份法语患者出院小结,这些小结是在冠状动脉造影术后生成的,并且从MENELAS文本语料库中提取。使用语音识别的最佳配置,准确识别率超过98%。在NOMINDEX分配的索引概念中,25%不相关,12%的相关概念缺失。大多数错误与日常语言和医学语言之间的混淆以及ADM词汇数据库的覆盖范围有关。使用更全面的词汇资源有望获得更好的结果。此外,在表现较好的配置中,由语音识别不足产生的错误中只有3%影响了NOMINDEX的自动索引。

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