System modeling method and system based on model system engineering and super network theory

Abstract

The invention belongs to the technical field of system modeling, and discloses a system modeling method and system based on model system engineering and a super network theory. The system modeling system based on the model system engineering and the super network theory comprises an application scene determination module, a system structure determination module, a system structure verification module, an index determination module, a weight determination module, a central control module, a system structure model correction module, a data acquisition module, a data processing module, a data reference module, a system model output module and a model conversion output module. According to the invention, the constructed system model group is converted into the super-network model, the system model mapping relationship among the visual angles is analyzed, the generated system super-network model group is combined, and finally the multi-layer super-network model of the system structure is generated, so that the indexes of the system structure can be quantitatively analyzed by using a mathematical tool; and through combing from top to bottom and integrating from bottom to top, the integrity and effectiveness of the combed data can be ensured.

Description

technical field [0001] The invention belongs to the technical field of system modeling, and in particular relates to a system modeling method and system based on model system engineering and supernetwork theory. Background technique [0002] At present, the supernetwork theory is a network within a network composed of points, lines, and flows. It is based on the existing network and is higher than the existing network. It has the characteristics of complexity, congestion, and large-scale. [0003] Since the 20th century, with the increasingly complex application requirements, the system structure has become increasingly bloated only by the design method of repeated superposition functions of the system, and the reliability and efficiency of the system cannot be effectively guaranteed. Design thinking based on system engineering emerged as the times require. System engineering is a large-scale system combination composed of multiple systems or complex systems. Through the rea...

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Problems solved by technology

[0003] Since the 20th century, with the increasing complexity of application requirements, the system structure has become increasingly bloated only through the design of repeated superposition functions of the system, and the reliability and efficiency of the system cannot be effectively guaranteed. Design thinking based on system engineering emerged as the times require

[0004] However, the models established by the existing system modeling methods cannot be applied to various scenarios, the scalability is not strong, the amount of data is large and complex, and the system model constructed at the same time cannot reflect the relationship between data and indicators, let alone statistics analysis, processing

[0005] Through the above analysis, the problems and defects of the existing technology are: the models established by the existing system modeling methods cannot be applied to various scenarios, the scalability is not strong, the amount of data is large and complex, and the system models constructed at the same time cannot reflect The relationship between data and indicators, let alone statistical analysis and processing

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