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Extending technological trajectories to latest technological changes by overcoming time lags

机译:通过克服时间滞后将技术轨迹扩展到最新技术变化

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摘要

Bibliometric methods of mapping technological trajectories encounter difficulty when identifying recent technological changes, mainly due to two forms of time lag: publication lag between invention and patent publication, and citation lag between publication and citation. To address this problem, we propose a novel way of identifying recent important publications, and of automatically connecting these to the patents-based main path. Our method reduces truncation bias due to publication and citation lags, and extends the technological trajectory to reach the latest technology at the research forefront. By generating links between patent and product, our approach can anticipate future product features that are driven by technological changes. In practice, our method enables managers to identify incremental innovation opportunities along mainstream technology dynamics, and further to detect signals of emerging technologies, wild cards, and new applications in other disciplines. An illustrative case regarding image technology is described and discussed.
机译:绘制技术轨迹的文献计量方法在识别最新技术变化时会遇到困难,这主要是由于两种形式的时间滞后:发明与专利发表之间的出版滞后,以及出版与引用之间的引文滞后。为了解决这个问题,我们提出了一种新颖的方法来识别最近的重要出版物,并将它们自动连接到基于专利的主要途径。我们的方法减少了由于出版和引文滞后引起的截短偏倚,并扩展了技术轨迹,以达到研究前沿的最新技术。通过在专利与产品之间建立联系,我们的方法可以预测由技术变革驱动的未来产品功能。在实践中,我们的方法使管理人员能够发现主流技术动态中不断增加的创新机会,并进一步检测新兴技术,通配符和其他学科的新应用的信号。描述和讨论了关于图像技术的说明性情况。

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