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Understanding system structural tensions to support complex system governance development methodology

机译:了解系统结构张力以支持复杂的系统治理开发方法

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摘要

Tensions arise from the structure of complex systems along the interrelated viability dimensions of control, change, and design. Unique system properties and performance emerge from system structure, that is, from the constitute functions and interrelationships comprising the complex system. Tensions are balanced in well-performing complex systems, but are potentially unbalanced when system performance is not meeting expectations, and implies that deficiencies exist in the underlying system structure. Systems theory propositions and management cybernetic principles provide a foundation to support the construct of system tensions and their evaluation. An understanding of system tensions can support the emerging paradigm of complex system governance and associated complex system governance development methodology through advancing of approaches that identify and quantify the potential degree of tension imbalance. Such approaches could provide systems practitioners with new ways to evaluate the cause of inadequate performance in complex systems in terms of inadequacies in underlying system structure and related system pathologies.
机译:张力来自复杂系统的结构,以及相互关联的控制,变更和设计的可行性维度。独特的系统属性和性能来自系统结构,也就是构成复杂系统的功能和相互关系。在性能良好的复杂系统中,张力是平衡的,但是当系统性能未达到预期时,张力可能会不平衡,这意味着底层系统结构中存在缺陷。系统理论命题和管理控制论原则为支持系统紧张关系及其评估提供了基础。通过推进识别和量化潜在的紧张不平衡程度的方法,对系统紧张的理解可以支持新出现的复杂系统治理范例和相关的复杂系统治理开发方法。这样的方法可以为系统从业人员提供新的方法,以根据底层系统结构和相关系统病理的不足来评估复杂系统中性能不足的原因。

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