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A new approach for overcoming innovator's dilemma: the catastrophe matrix of self-disruption

机译:克服创新者困境的一种新方法:自我破坏的灾难矩阵

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Managing uncertainty or discontinuity in innovation is still a challenge to most companies. The dynamics between discontinuous innovation and incumbents inspires the interest of researchers and managers. The main concern of this paper is to find a method for overcoming innovator's dilemma from the viewpoint of incumbents. That is to say, this paper aims to improve CM. Christensen's disruption strategy. This paper employs catastrophe theory as a theoretical basis to explain the driving force of new discontinuous change. We undertook a case study based on catastrophe theory to interpret the dynamics between discontinuous innovation and incumbents. First, we classified the dynamics between discontinuous innovation and incumbents from the collected innovation examples. Second, we identified the driving force of new discontinuous change, and, finally, observed the discontinuous market dynamics from catastrophe theory. We discovered the catastrophe matrix of self-disruption as a new approach for overcoming innovator's dilemma. The catastrophe matrix proposed in this study may contribute to a useful methodological framework for future empirical applications.
机译:对于大多数公司而言,管理创新中的不确定性或不连续性仍然是一个挑战。不连续的创新与在位者之间的动态激发了研究人员和管理人员的兴趣。本文的主要关注点是从在位者的角度寻找一种克服创新者困境的方法。也就是说,本文旨在改进CM。克里斯滕森的颠覆策略。本文采用突变理论作为理论基础来解释新的不连续变化的驱动力。我们根据巨灾理论进行了案例研究,以解释不连续创新与现有企业之间的动态关系。首先,我们从收集到的创新示例中对不连续创新和现有公司之间的动态进行了分类。其次,我们确定了新的不连续变化的驱动力,最后,从巨灾理论观察了不连续的市场动态。我们发现了自我破坏的灾难矩阵,这是克服创新者困境的一种新方法。在这项研究中提出的巨变矩阵可能会为将来的经验应用提供有用的方法框架。

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