A Conceptual Approach to Complex Model Management with Generalized Modelling Patterns and Evolutionary Identification

TL;DR

This paper introduces a general evolutionary computation approach for managing complex models with uncertainty, enabling automatic building and adaptation across various domains like healthcare and hydrometeorology.

Contribution

It proposes a novel evolutionary investigation method for complex model management, addressing uncertainty and adaptability in dynamic systems.

Findings

Effective management of model complexity and uncertainty.

Successful application in healthcare, hydrometeorology, and social network analysis.

Automatic model structure and parameter identification.

Abstract

Complex systems' modeling and simulation are powerful ways to investigate a multitude of natural phenomena providing extended knowledge on their structure and behavior. However, enhanced modeling and simulation require integration of various data and knowledge sources, models of various kinds (data-driven models, numerical models, simulation models, etc.), intelligent components in one composite solution. Growing complexity of such composite model leads to the need of specific approaches for management of such model. This need extends where the model itself becomes a complex system. One of the important aspects of complex model management is dealing with the uncertainty of various kinds (context, parametric, structural, input/output) to control the model. In the situation where a system being modeled, or modeling requirements change over time, specific methods and tools are needed to make modeling and application procedures (meta-modeling operations) in an automatic manner. To support automatic building and management of complex models we propose a general evolutionary computation approach which enables managing of complexity and uncertainty of various kinds. The approach is based on an evolutionary investigation of model phase space to identify the best model's structure and parameters. Examples of different areas (healthcare, hydrometeorology, social network analysis) were elaborated with the proposed approach and solutions.