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This paper introduces architectural concepts to construe agent organizations and agent societies as interoperable modules for agent systems. The way the modular interoperability of agent organizations and societies may support the use of agent-modules in conventional software systems is briefly examined.
-Industrie 4.0 -Interoperable Kommunikation und die Verwaltungsschale -Beispiel eines Demonstrators -Fazit
![Figure 7. Message exchange in the RIAN agent platform (Source: [34])](profile/Fandi-Bi/publication/361952250/figure/fig2/AS:1177347445264386@1657712913702/Message-exchange-in-the-RIAN-agent-platform-Source-34_Q320.jpg)
In order to increase flexibility and efficiency in value chains, the I4.0 Language Concept is proposed. This enables interoperable exchange of information and, based on this, flexible negotiation and activation of tasks.
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This chapter focuses on soldiers and their supporting infrastructure, in particular the command and control (C2) information technology (IT) infrastructure. Integrating simulation services and operational environments has the potential to allow for better training as the soldiers can use their original C2 equipment to receive operationally relevant information, plan their actions and reactions, orchestrate their efforts with real or potentially also virtual partners, and give orders. The chapter discusses the various types and constraints of C2 infrastructures and their information exchange requirements and formats, starting with examples for tactical messages. It focuses on several efforts on contributions to common frameworks that allow better alignment of modeling and simulation (M&S) and C2 activities. The chapter looks at a general framework helping to understand the data sharing and aligning needs between C2 and M&S systems. Business technology; Modeling and simulation
The Levels of Conceptual Interoperability Model LCIM has been developed to provide both a metric of the degree of conceptual representation that exists between interoperating systems and also as a guide showing what is necessary to accommodate a targeted degree of conceptual representation between systems. The model was originally developed to support the interoperability of simulation systems, but has been shown to be useful for other domain areas. The model is stratified into seven general levels, and these are introduced and defined. Implied within the model is that the information and processes of one system should be described and that description is then made available to another system. This description of information and processes can take many forms, but is generally an ontological representation. The components of an ontological representation are defined in form and also as elements for the various layers of the LCIM.
