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Organizational assimilation of complex technologies: an empirical study of component-based software development

机译:复杂技术的组织同化:基于组件的软件开发的实证研究

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The rapid rate at which new information technologies are emerging and their increasing complexity pose significant challenges for information systems departments in understanding and assimilating them. This has lead to a need for studies focused on the barriers to the adoption and assimilation of complex technologies. This research synthesizes the economic and organizational learning perspectives of technology adoption and identifies key adoption barriers, mechanism to reduce these barriers, and proposes a research model that interrelate these factors to the assimilation of complex technologies. The research context for this paper is the assimilation of one complex technology, namely, component-based software development (CBD) by information systems (IS) departments. Data collected from IS units in the United States is used to test the model using partial least square analysis. The results provide evidence that organizations better positioned to overcome knowledge barriers because of their knowledge stocks are likely to be further along in the assimilation process than others and that knowledge sharing by technology vendors positively influences technology assimilation by reducing the learning burden of the adopters. It was also found that exposure to signals from technology vendors reduced the technology uncertainty perceived by the adopters.
机译:新信息技术的迅速兴起及其复杂性的增加给信息系统部门在理解和吸收它们方面提出了严峻的挑战。因此,有必要进行针对复杂技术采用和吸收障碍的研究。这项研究综合了技术采用的经济和组织学习观点,确定了关键的采用障碍,减少这些障碍的机制,并提出了一种将这些因素与复杂技术的吸收相互关联的研究模型。本文的研究背景是信息系统(IS)部门吸收的一种复杂技术,即基于组件的软件开发(CBD)。从美国IS部门收集的数据用于使用偏最小二乘分析对模型进行测试。结果提供了证据,表明组织由于其知识储备比其他组织更容易克服知识障碍,因此更容易克服知识障碍,并且技术供应商的知识共享通过减少采用者的学习负担,对技术同化产生积极影响。还发现暴露于技术供应商的信号可降低采用者所感知的技术不确定性。

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