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首页> 外文期刊>Chemical Engineering & Technology: Industrial Chemistry -Plant Equipment -Process Engineering -Biotechnology >Hybrid Knowledge-Based Tool for Mixing Equipment Selection - the Fuzzy Neural Network
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Hybrid Knowledge-Based Tool for Mixing Equipment Selection - the Fuzzy Neural Network

机译:基于混合知识的混合设备选择工具-模糊神经网络

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The hybrid knowledge-based system proposed in this paper consists of a "stiff" segment, viz. the expert systern based on the object-oriented approach, and a flexible part, viz. the neural network. Some of the input parameters of the problem and output parameters of the "stiff" system are presented as the fuzzy numbers. Detailed-information is also present-ed about the development of the neural network. The most evident advantages of the proposed introduction of a hybrid architecture of the knowledge-based system are a faster eval-uation and generation of design alternatives and support of systematic searches and storage of experience. In addition, the resulting ability to extrapolate results would be unattainable with separately acting stiff and flexible systems. A system for the estimation of the parameters of a mixing system for wastewater treatment is presented as an example to illustrate the principles of the hybrid system.
机译:本文提出的基于混合知识的系统由“僵硬”部分(即段)组成。基于面向对象方法和灵活部分的专家系统,即。神经网络。问题的一些输入参数和“刚性”系统的输出参数以模糊数表示。还提供了有关神经网络发展的详细信息。建议引入基于知识的系统的混合体系结构的最明显的优势是更快的评估和设计替代方案的生成以及对系统搜索和经验存储的支持。此外,使用单独作用的刚性和柔性系统将无法获得推断结果的最终能力。以一个估计废水处理混合系统参数的系统为例,说明了混合系统的原理。

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