Pemodelan topik pada dokumen paten terkait pupuk di Indonesia berbasis Latent Dirichlet Allocation

Aris Yaman, Bagus Sartono, Agus M. Soleh
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引用次数: 0

Abstract

Introduction. Fertilizer is one of the most important production factors in the world of agriculture. It is crucial to increase the capacity of technology related to fertilizers. Analysis of patent documents can be one way to analyze technological developments, especially fertilizers. Data Collection Methods. The data used in this research are metadata, especially the title and abstract of a patent document in Indonesia. With the keyword "fertilizer," Patent metadata was processed in the 1945-2017 period. Data Analysis. The LDA model can provide a reasonable interpretation regarding topic modeling based on text data. Results and Discussion. The results find that degree of the patent title is better than the abstract of the patent. The LDA approach can adequately separate the topics of fertilizer patent technology so that it does not have multiple interpretations. Conclusion. Based on the findings, there are nine essential topics in the development of fertilizer technology. There is a phenomenon of the lack of technology collaboration between IPC technology sections.
印度尼西亚基于lachlet Allocation的与肥料相关专利文件的主题建模
介绍。肥料是世界农业生产中最重要的生产要素之一。提高与肥料有关的技术能力至关重要。分析专利文件是分析技术发展的一种方法,尤其是肥料。数据收集方法。本研究使用的数据是元数据,特别是印度尼西亚专利文件的标题和摘要。以“肥料”为关键词,对1945年至2017年期间的专利元数据进行了处理。数据分析。LDA模型可以为基于文本数据的主题建模提供合理的解释。结果和讨论。结果发现,专利名称的表达程度优于专利摘要。LDA方法可以充分分离肥料专利技术的主题,使其不会有多重解释。结论。基于这些发现,肥料技术的发展有九个基本主题。IPC技术部门之间存在缺乏技术协作的现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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