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A system dynamics perspective on a viable systems approach definition for sustainable value

机译:从系统动力学角度对可行的系统方法定义进行定义以实现可持续价值

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Aim of this work is to shed light on sustainable value and develop a model, based on vSa and translated at applicative level through the system dynamics methodology for measuring sustainable value. By adopting vSa perspective, value, characterized by strongly subjective contents, will be considered as a vector quantity, as the result of the subjective weighting of the different dimensions that may change according to the considered organization. Starting from the analysis of system dynamics and vSa, we will implement the theoretical framework into a model developed with system dynamics, hence through a methodology capable of addressing systemic problems which is also an expressive approach to solve issues arising in complex systems (characterized by interdependence, mutual interaction, information feedback, circular causality). In order to translate theory into action and application we will develop a model through which it will be possible to exploit the advantages of vSa implemented into an SD model, which ultimately can also be instantiated to specific cases and then simulated for further quantitative insights. Currently, there is no theoretical/practical approach to sustainable value measurement for business organizations that simultaneously considers the dimensions of the triple bottom line together with the subjective perspective of decision-makers. From these considerations, we derived the idea to integrate vSa and system dynamics with the aim of analyzing the issue of sustainable value, whose triple dimension is usually (erroneously) seen under a perspective that does not consider the interactions among those three dimensions. The integration of the subjective perspective within a model for calculating sustainable value can be seen as considering vSa as the theoretical framework, and system dynamics as the methodology that allows translating such an approach into a model that can later be simulated. It is also worth mentioning that through the application of the vSa theory to the case of sustainable value, by means of a transcoding approach like the system dynamics one, we are somehow trying to redefine, or better enhance, the vSa theory itself, by operationalizing it.
机译:这项工作的目的是阐明可持续价值,并建立基于vSa的模型,并通过用于测量可持续价值的系统动力学方法在应用级别进行翻译。通过采用vSa观点,将以具有强烈主观性的内容为特征的价值视为向量,作为不同维度的主观权重的结果,该维度可能会根据所考虑的组织而变化。从对系统动力学和vSa的分析开始,我们将理论框架应用到利用系统动力学开发的模型中,因此将通过一种能够解决系统性问题的方法论来解决,这也是解决复杂系统中出现的问题的一种表达方法(以相互依赖为特征) ,相互互动,信息反馈,循环因果关系)。为了将理论转化为行动和应用,我们将开发一个模型,通过该模型可以充分利用将vSa实施到SD模型中的优势,最终还可以将其实例化为特定情况,然后进行仿真以获取更多的定量见解。当前,尚无针对企业组织的可持续价值衡量的理论/实践方法同时考虑三重底线的尺寸以及决策者的主观观点。从这些考虑出发,我们提出了将vSa与系统动力学相集成的想法,目的是分析可持续价值问题,该价值通常是(错误地)在不考虑这三个维度之间相互作用的角度下看到的。将主观观点整合到用于计算可持续价值的模型中可以看作是将vSa作为理论框架,而将系统动力学作为方法论,可以将这种方法转换为可以稍后进行仿真的模型。还值得一提的是,通过将vSa理论应用于可持续价值案例,我们通过诸如系统动力学之类的转码方法,通过某种方式尝试通过重新定义或更好地增强vSa理论本身它。

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