For decades now, manufacturing systems have grown in size and complexity. Between new consumption habits and hypercompetitive markets, manufacturing systems have started a race towards the industry of the future. Still, many technological and societal issues are paving their way: connectivity, resilience and human integration being among the most critical ones. The idea of this paper is to bring a new framework to help answering these issues by bringing resilience to systems, improving their interoperability, enhancing Data acquisition, transmission & processing, enabling the establishment hierarchical levels among agents, or by facilitating the system acceptance by human agents and the human integration within the system. To this end, this article brings a new formal framework for Social Holonic Control Architectures, based on an analysis of the existing literature. An UML-based modelling framework will equally be proposed to ease understanding and implementation of this new Social Holonic Control Architecture, illustrated by a concrete application on a small-scale Multi-Agent System.

几十年来，制造系统的规模和复杂性不断增加。在新的消费习惯和竞争激烈的市场之间，制造系统已经开始向未来的行业竞赛。尽管如此，许多技术和社会问题正在铺平道路：连通性、弹性和人类融合是最关键的问题。本文的想法是通过为系统带来弹性，提高它们的互操作性，增强数据采集、传输和处理，在代理之间建立层次级别，或通过促进人类对系统的接受，带来一个新的框架来帮助回答这些问题。代理和系统内的人类集成。为此，本文为Social Holonic Control Architectures带来了一个新的正式框架，基于对现有文献的分析。同样将提出一个基于 UML 的建模框架，以简化对这种新的社会整体控制架构的理解和实现，并通过在小规模多代理系统上的具体应用来说明。