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Optimal exploration and exploitation: the managerial intentionality perspective

机译:最佳勘探和开发:管理意图视角

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摘要

Extant research has provided ambiguous answers to the question as to what constitutes an ideal balance between exploration and exploitation, in stable and turbulent environments. Much of the literature emphasizes controlling organizational actions by means of predictions based on historical knowledge. In our study, we investigate organizational outcomes when such predictions are not possible and managers intentionally focus their firm on either exploratory or exploitative innovation. Using March's iconic computational simulation model, we find that multiple exploration-exploitation combinations lead to equivalent, maximum organizational knowledge, establishing a rational basis for managerial intentionality toward exploratory or exploitative innovation. We further find that onset of environmental turbulence impacts an organization focusing on exploratory innovation in a way that is different from the way an organization focusing on exploitative innovation is impacted. The former is enabled to carry out an increasing level of its core activity, exploration. The latter is required to dial down its core activity, exploitation. Our findings suggest a resolution to conflicting prescriptions regarding appropriate response to onset of environmental turbulence endemic in the literature.
机译:关于在稳定和动荡的环境中,什么构成了勘探与开发之间的理想平衡,现存的研究提供了模棱两可的答案。许多文献强调通过基于历史知识的预测来控制组织行为。在我们的研究中,当不可能做出这样的预测并且管理者有意将公司专注于探索性或开发性创新时,我们将调查组织成果。使用March的标志性计算模拟模型,我们发现多种勘探与开发组合可以带来同等的,最大化的组织知识,从而为管理人员对探索性或开发性创新的意图建立了合理的基础。我们进一步发现,环境动荡的发生以不同于探索性创新组织的方式影响着眼于探索性创新的组织。前者能够进行越来越多的核心活动,即勘探。要求后者调低其核心活动,即剥削。我们的研究结果表明,对于在文献中对环境湍流地方性发作的适当反应,存在相互矛盾的处方的解决方案。

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