确定基于文档的印尼研究机构的创新能力

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

摘要

介绍印度尼西亚研究机构的发明重复成为一个问题。绘制研究机构发明专业化的地图是很重要的。这项研究考察了印度尼西亚研究机构创新的映射。数据收集方法。本研究采用基于专利的技术文档分析方法来绘制技术潜力图。所使用的数据是在Direktorat Jenderal Kekayaan Intelektual(DJKI)数据库中注册的专利数据。数据分析。元数据分析采用K-Means-Krastering方法和R软件进行。结果和讨论。预分析结果表明,当模型中涉及的自变量很大时,局部化特征选择方法可以有效地选择变量,而不会丢失太多信息。印尼的研究机构可以产生5个主导技术组,即1)与测量和测试仪器技术开发相关的技术;2) 与食品和食品配料有关的技术;和3)微观结构测试设备/探测器;4) 雷达技术;5) 农业技术。结论研究结果表明,在同一技术集群中,几个研究机构的发明仍然存在重叠。基于LFSBSS预分析的K-means聚类在技术聚类空间中具有明显的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifikasi kecakapan inovasi lembaga riset di Indonesia berbasis dokumen
Introduction. Duplication in inventions produced by research institutions in Indonesia becomes an issue. It is important to map the specialization of the invention in research institutions. This study examines  the mapping of the innovation in research institutions in Indonesia. Data Collection Method. This study uses a patent-based technology document analysis method to map the potential of technology. The data used is patent data registered in the Direktorat Jenderal Kekayaan Intelektual (DJKI) database. Data Analysis. Metadata analysis was conducted by using the K-Means Klastering method with R software. Results and Discussions. The findings in the pre-analysis show that when the independent variable involved in the model are very large, the Localized feature selection method can effectively select variables without losing much information. There are 5 dominant technology groups that can be produced by research institutions in Indonesia, namely 1) Technology related to the development of measurement and testing instrument technology; 2) Technologies related to food and food ingredients; and 3) microstructural test equipment / detectors; 4) radar technology; 5) Technology in agriculture. Conclusion. The findings show that there are still overlapping inventions by several research institutions in the same technology cluster. K-means clustering with LFSBSS pre analysis has a clear performance in the technology cluster space.
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