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Topic modelling approach to knowledge depth and breadth: Analyzing trajectories of technological knowledge

机译:知识深度和广度的主题建模方法:分析技术知识的轨迹

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摘要

Technology assessment and planning requires that we can reliably, but indirectly, measure knowledge embedded in the organization. Operationalizing knowledge embedded into companies is increasingly challenging but also more and more relevant in the current cross-disciplinary and complex technological environment. Existing approaches for operationalizing company knowledge are based on patent data and analyzing patent classifications. These approaches have, however, significant limitations. In this study, knowledge depth and breadth is studied using full-text patent data from seven large telecommunication companies totaling 157,718 patents. The data was analyzed with Latent Dirichlet Allocation, an unsupervised learning method. The results are quantified using a technological diversity metric, showing temporal changes in companies knowledge. The result show how the operationalization of company knowledge is independent of patent count and that companies have their specific trajectory of knowledge development. The approach offers a novel method of analyzing the knowledge trajectory of a company, compared to existing patent classification based methods.
机译:技术评估和规划要求我们能够可靠,间接地衡量组织中嵌入的知识。嵌入到公司中的知识的操作性正变得越来越具有挑战性,但在当前的跨学科和复杂的技术环境中也越来越重要。现有的用于公司知识运作的方法是基于专利数据并分析专利分类。然而,这些方法具有明显的局限性。在这项研究中,使用来自七家大型电信公司的总计157,718项专利的全文专利数据研究了知识的深度和广度。使用潜在的Dirichlet分配(一种无监督的学习方法)对数据进行了分析。使用技术多样性度量对结果进行量化,显示公司知识的时间变化。结果表明,公司知识的可操作性与专利数无关,并且公司具有特定的知识发展轨迹。与现有的基于专利分类的方法相比,该方法提供了一种分析公司知识轨迹的新颖方法。

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