INFORMATION STRUCTURES OF THE SMART CITY BASED ON CYBER-PHYSICAL SYSTEMS
Purpose of the paper: improving the research and methodological basis for the concept of integrating the information and communication technologies of the smart city. Methods used: system analysis, conceptual logical modelling, formal logical development and justification of structures for building distributed information systems. Findings. Applications of the main properties of ergasystems to the development of requirements for smart city infrastructures are identified. Different variants of development of the system metabolism of information processes in the organisation and management structures of city economy are considered in reference to the tasks of building functional subsystems information infrastructures of the smart city using fractal extension of cyber-physical elements and systems based on the development of a multi-agent representation of models for communication and interdisciplinary metabolism of the information space of the city environment. The information interaction of functional subsystems of the smart city is presented as relations between intelligent agents of servicing systems invariant to the presentation level. The appropriate problem-oriented conceptual variant of the multi-faceted information, cybernetics and synergetics (ICS) approach can be used for structuring heterogeneous information systems in the digital society paradigm.