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Holons on the Horizon: Re-Understanding Automation and Control

机译:地平线上的Holons:重新认识自动化和控制

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In Re-Understanding Automation and Control in the era of digital automation of societal systems, we need to understand the inter-connected relations between knowledge, culture, technology and society. This in turn demands the exploration of social and cultural architectures, which facilitate them. Whilst computational model of data systems is built upon the bottom-up architecture, it is the top-down architecture of social and cultural contexts that synchronises the processing and outcomes of data systems, may they relate to organisational systems, heath and welfare systems, or institutional systems. It is this notion of the inter-dependence of the bottom-up and top-down architectures that makes us act beyond the linear gaze worldview of automation and control of production systems, and explore the multiplicity of interconnections between and across societal systems. In these horizons, we see the inter-connectedness between the unit and the whole, between the horizontal and vertical, and a symbiosis of hand and brain- an augmentation of the human and the machine. The ideas of inter-connectedness, augmentation and symbiosis lie at the core of holonic horizons. These horizons allow us to transcend the limit of the calculation and control model of automation, and enable the design of human-centred systems that valorise differences whilst utilising the richness and diversity of human-machine collaborations. When we envision these interactions and collaborations as a systems developmental process, we begin to visualise systems design from an interdependent perspective, which goes beyond the linear gaze of “utility”. The paper explores the ways holonic architectures engage us in the design process.
机译:在重新认识社会系统数字自动化时代的自动化与控制中,我们需要了解知识,文化,技术与社会之间的相互联系。反过来,这要求对社会和文化体系结构进行探索,以促进它们的发展。数据系统的计算模型建立在自下而上的体系结构上,而社交和文化环境的自上而下的体系结构则使数据系统的处理和结果同步,可能与组织系统,健康和福利系统有关,或者制度体系。正是这种自下而上和自上而下的体系结构的相互依赖关系的概念,使我们超越了对生产系统的自动化和控制的线性视线世界观而行动,并探索了社会系统之间以及整个社会系统之间的多重互连。在这些视野中,我们看到了单元与整体之间,水平与垂直之间的相互联系,以及手与脑的共生-人与机器的增强。相互联系,增强和共生的思想是完整视野的核心。这些视野使我们能够超越自动化计算和控制模型的极限,并能够设计以人为中心的系统,该系统在利用人机协作的丰富性和多样性的同时重视差异。当我们将这些交互和协作设想为系统开发过程时,我们开始从相互依存的角度可视化系统设计,这超出了“效用”的线性视线。本文探讨了整体架构如何使我们参与设计过程。

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