对预测涌现特性的不断发展的理解

Susan Ferreira, J. Tejeda
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引用次数: 2

摘要

涌现是一个系统概念,指的是由于系统元素之间的相互作用而产生的特性。紧急属性可以是可取的,也可以是不可取的。由于潜在的不良后果,了解不希望出现的特性并能够在它们发生之前预测它们是有益的。如果没有预测到不希望出现的紧急属性,重要的是在它们发生后尽快检测它们,以尽量减少潜在的负面后果。本文讨论了预测和检测紧急属性的能力如何在系统的生命周期中发展和改进。识别和关联到系统生命周期中的阶段和过程的可能对预测紧急特性有用的因素和系统特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An evolving understanding for predicting emergent properties
Emergence is a systems concept that refers to the properties that emerge as a result of the interactions between elements of a system. Emergent properties can be desirable or undesirable. Due to the potential for adverse consequences, it is beneficial to understand the undesirable emergent properties and be able to predict them prior to their occurrence. If the undesirable emergent properties are not predicted, it is important to detect them as soon as possible after their occurrence to minimize potential negative consequences. This paper discusses how the ability to predict and detect emergent properties evolves and improves over a system's lifecycle. Factors and system characteristics which may be useful to predict emergent properties are identified and associated to stages and processes in the system's lifecycle.
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