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引用次数: 1

摘要

智能方法为多模型仿真提供了良好的基础。小型的、专门的系统有大量可行的解决方案,但是为高度复杂的系统开发真正自适应的、仍然可以理解的系统需要领域专业知识和更紧凑的基本方法。非线性标度方法将线性方法的应用领域扩展到非线性建模,减少了局部模型分解的需要。模糊集系统为分解系统的可理解模型提供了良好的基础。基于数据的方法适合通过以下步骤开发这些自适应应用程序:变量分析、线性模型和智能扩展。复杂的问题逐级解决,以保持领域专业知识作为解决方案的重要组成部分。
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Intelligent Multimodel Simulation in Decomposed Systems
Intelligent methodologies provide a good basis for multi-model simulation. Small, specialised systems have a large number of feasible solutions, but developing truly adaptive, and still understandable, systems for highly complex systems require domain expertise and more compact approaches at the basic level. The nonlinear scaling approach extends the application areas of linear methodologies to nonlinear modelling and reduces the need for decomposition with local models. Fuzzy set systems provide a good basis for understandable models for decomposed systems. Data-based methodologies are suitable for developing these adaptive applications via the following steps: variable analysis, linear models and intelligent extensions. Complex problems are solved level by level to keep the domain expertise as an essential part of the solution.
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