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Leadership and Influence: The Manager as Coach, Nanny and Artificial DNA

机译:领导力和影响力:经理,教练,保姆和人造DNA

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摘要

Markets, companies and various forms of business organizations may all (we have argued) be usefully viewed through the lens of CAS -- the theory of complex adaptive systems. In this chapter, I address one fundamental issue that confronts both the theoretician and the business manager: the nature and opportunities for control and intervention in complex adaptive regimes. The problem is obvious enough. A complex adaptive system, as we have defined it, is soft assembled and largely self-organizing. This means that it is the emergent product of multiple, and often very heterogeneous, interacting factors and forces, and that the crucial interactions are not controlled and orchestrated by an overseeing executive, detailed program, or any other source of strict hierarchical control. There is thus a pressing problem -- are such systems strictly out of control and beyond the reach of useful governance? I shall argue that they are not. Such systems, though initially unfamiliar, can nonetheless be led, influenced and enabled in a variety of ways.I begin then, by clarifying the nature of the problem. What is it about complex adaptive systems that makes control and intervention so difficult? I then (section 2) pursue a biological example: the role of genetic factors in influencing mature form. This example yields some lessons that can be applied to business organizations (section 3). Section 4 pursues a speculative extension of these lessons, applying them to the task of understanding the role of tagging and explicit models in certain kinds of advanced system. There is a brief conclusion.
机译:市场,公司和各种形式的商业组织都可以(从我们的观点出发)从CAS的角度(复杂的自适应系统的理论)进行有益的观察。在本章中,我将解决理论家和业务经理都面临的一个基本问题:在复杂的适应性制度下进行控制和干预的性质和机会。问题很明显。正如我们所定义的那样,一个复杂的自适应系统是软组装的,并且在很大程度上是自组织的。这意味着它是多种且经常是非常不同的相互作用因素和力量的新兴产物,并且关键的相互作用不受监督的执行,详细程序或任何其他严格的等级控制来源的控制和协调。因此,存在一个紧迫的问题-这样的系统是否严格失控并且超出了有用治理的范围?我认为它们不是。这样的系统尽管最初并不熟悉,但是可以通过多种方式来领导,影响和启用。然后,我首先阐明问题的性质。使控制和干预变得如此困难的复杂自适应系统又是什么呢?然后,我(第2节)以生物学为例:遗传因素在影响成熟形式中的作用。此示例产生了一些可应用于业务组织的课程(第3节)。第4节对这些课程进行了推测性扩展,将其应用于理解标记和显式模型在某些高级系统中的作用。有一个简短的结论。

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  • 作者

    Clark Andy;

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  • 年度 1999
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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