基于申请文档的员工候选人文本挖掘自动分析

IF 0.4 Q4 ENGINEERING, ELECTRICAL & ELECTRONIC
A. Wibawa, Arni Muarifah Amri, Arbintoro Mas, Syahrul Iman
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引用次数: 1

摘要

通过互联网发布职位空缺将很快收到许多申请。手动筛选简历需要花费大量时间和成本。此外,由于疲劳条件,这种人工筛选过程往往不准确,无法获得合适的候选人。本文提出了一种从申请文件中自动生成最合适的候选文件的解决方案。在本研究中,126份来自一家私营公司的申请文件被用于实验。这些文档包括41份人力资源和发展(HRD)人员文档,42份IT(数据开发人员)文档和43份市场营销职位文档。通过文本处理,从非结构化简历中提取相关信息,如技能、教育、经验等,并对每一份申请进行总结。根据每个专业中使用的术语,为每个空缺生成一个特定的词典。实现并比较了两种方法对应用文档进行匹配和评分,即文档向量和N-gram分析。一份文件获得的分数越高,申请被接受的可能性越高。这两种方法的结果然后由公司通过实际的选择过程进行验证。N-Gram方法在IT空缺中准确率最高,为87.5%,而Document Vector方法的准确率为75%。对于Marketing人员空缺,两种方法的准确率均为78%。在人力资源开发人员空缺中,N-Gram法为68%,Document Vector法为74%。总之,总的来说,N-gram方法比Document Vector方法显示出稍好的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Text Mining for Employee Candidates Automatic Profiling Based on Application Documents
Opening job vacancies using the Internet will receive many applications quickly. Manually filtering resumes takes a lot of time and incurs huge costs. In addition, this manual screening process tends to be inaccurate due to fatigue conditions and fails in obtaining the right candidate for the job. This paper proposed a solution to automatically generate the most suitable candidate from the application document. In this study, 126 application documents from a private company were used for the experiment. The documents consist of 41 documents for Human Resource and Development (HRD) staff, 42 documents for IT (Data Developer), and 43 documents for the Marketing position. Text Processing is implemented to extract relevant information such as skills, education, experiences from the unstructured resumes and summarize each application. A specific dictionary for each vacancy is generated based on terms used in each profession. Two methods are implemented and compared to match and score the application document, namely Document Vector and N-gram analysis. The highest the score obtained by one document, the highest the possibility of application to be accepted. The two methods’ results are then validated by the real selection process by the company. The highest accuracy was achieved by the N-Gram method in IT vacancy with 87,5%, while the Document Vector showed 75% accuracy. For Marketing staff vacancy, both methods achieved the same accuracy as 78%. In HRD staff vacancy, the N-Gram method showed 68%, while Document Vector showed 74%. In conclusion, overall the N-gram method showed slightly better accuracy compared to the Document Vector method. 
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来源期刊
EMITTER-International Journal of Engineering Technology
EMITTER-International Journal of Engineering Technology ENGINEERING, ELECTRICAL & ELECTRONIC-
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