计算机科学 ›› 2019, Vol. 46 ›› Issue (6A): 540-546.
周彬彬, 张宏军, 张睿, 冯蕴天, 徐有为
ZHOU Bin-bin, ZHANG Hong-jun, ZHANG Rui, FENG Yun-tian, XU You-wei
摘要: 军事语料的识别和标注是军事语料库建设的关键。针对军事语料的实体,提出了一套统一的军语词性标记规范和军事语料标注规范,设计了一种基于军语词典的自动扩展的军事语料实体特征提取框架。该框架借助设计的高精分类器进行基本特征的选择和提取,结合军语的典型特征组成特征集,构建基于军语词典校正的特征空间,对军事语料进行实体识别之后按照指定的标注规范和词形标记规范进行军事语料实体的标注,构建一个较大规模的高质量军事语料库。实验表明,该框架可以较好地完成语料实体的识别和语料标注工作,有利于军事语料库的建设工作和认清其在军事上的广泛作用和应用前景。
中图分类号:
[1]麻丽莉,王祥兵.军事平行语料库的建立及其在军事翻译方面的应用[J].国防科技,2009,30(1):38-41. [2]梁晓波,刘伍颖,孟凡礼.信息化条件下的军事语料库应用[J].国防科技,2008(2):51-57. [3]王红霞,周密.国际化视域下海军军事科技英语的实用性研究[J].中国校外教育旬刊,2014(S1):1103-1104. [4]向音.军用文书的语篇特征初探[J].办公室业务,2011(10):010. [5]俞士汶,朱学锋,段慧明.大规模现代汉语标注语料库的加工规范[J].中文信息学报,2000,14(6):58-64. [6]范云飞.基于POS规则匹配的电子商务网站用户评价信息的分析[D].武汉:武汉理工大学,2015. [7]XIA F,YETISGEN-YILDIZ M.Clinical corpus annotation: Challenges and strategies[C]∥Proceedings of the 3rd Workshop on Building and Evaluating Resources for Biomedical Text Mining (BioTxtM 2012) of the International Conference on Language Resources and Evaluation (LREC).2012:32-39. [8]SNOW R,O’CONNOR B,JURAFSKY D,et al.Cheap and fast—But is it good? Evaluating non-expert annotations for natural language tasks[C]∥Proceedings of the Conference on Empirical Methods in Natural Language Processing.Stroudsburg.Association for Computational Linguistics,2008:254-263. [9]ZHOU J,LI B C,CHEN G.Automatically building large-scale named entity recognition corpora from Chinese Wikipedia[J].Frontiers of Information Technology &Electronic Engineering,2015,16(11):940-957. [10]NADEAU D,SEKINE S.A survey of named entity recognition and classification[J].Lingvisticae Investigations,2007,30(1):3-26. [11]XIE L,ZHENG Y,LIU Z,et al.Extracting Chinese abbrevia-tion-definition pairs from anchor texts[C]∥International Conference on Machine Learning and Cybernetics.IEEE,2011:1485-1491. [12]崔世起.中文缩略语自动抽取初探[C]∥全国第八届计算语言学联合学术会议(JSCL-2005).2005:6. [13]CHANG J S,TENG W L.Mining atomic Chinese abbreviations with a probabilistic single character recovery model[J].Language Resources and Evaluation,2007,40(3-4):367-374. [14]CHANG J S,LAI Y T.A Preliminary Study on Probabilistic Models for Chinese Abbreviations[C]∥Proceedings of the Third Sighan Workshop on Chinese Language Learning.2004:9-16. |
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