基于模型的智能治理:通过将数据分析与系统思维和系统动态集成,将决策制定提升到一个新的水平

S. Armenia
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引用次数: 5

摘要

尽管大数据计划目前呈现出有希望的结果,但由于它们依赖于上下文,并且它们的客观性和准确性在某种程度上具有误导性,因此对它们的真正能力仍然存在一些怀疑。从大量数据中提取知识的方法对于理解系统在某个时间点之前的行为方式当然很重要。然而,不幸的是,它们缺乏真实有效的能力来推断未来系统的行为及其与其他系统的关系(其中一些甚至可能具有反直觉的行为)。作为一个直接的结果,系统思考方法可能有助于填补空白,因为它提倡将世界视为一个复杂的系统,其中所有事物都是相互联系的。结合分析技术和系统思维模型,我们基于“智能”模型定义了一种新的治理方法(亚美尼亚等人,2017)。这项工作的目的是提出一个基于系统方法的新的概念性治理框架,并将其转化为组织内知识管理的系统动力学模型:基于智能模型的治理
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart model-based governance: Taking decision making to the next level by integrating data analytics with systems thinking and system dynamics
Although Big Data initiatives are currently presenting promising results, there is still some skepticism about their real capabilities as they are contextual dependent, and their objective and accuracy are somehow misleading. Approaches underlying the extraction of knowledge from a large amount of data are surely important to understand how a system has behaved until a certain point in time. However, they, unfortunately, lack a real and effective capability to infer future system's behaviour and its relationship with other systems (some of which might even have counter-intuitive behaviours). As a direct consequence of this, the Systems Thinking approach may help fill the gap, as it advocates the ability to see the world as a complex system where everything is connected. Joining Analytics techniques and Systems Thinking models brings us to the definition of a new governance approach, based on "smart" models (Armenia et al., 2017). The aim of this work is to propose a new conceptual governance framework based on a systemic approach and translated into a system dynamics model for knowledge management within organizations: Smart Model-based governance
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