首页> 外文会议>Proceedings of 27th international conference on computers amp; industrial engineering (ICCamp;IE2000) >MULTIOBJECTIVE OPTIMIZATION FUZZY TECHNIQUES BASED ON FUNCTIONAL-LINK NEURAL NETWORK
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MULTIOBJECTIVE OPTIMIZATION FUZZY TECHNIQUES BASED ON FUNCTIONAL-LINK NEURAL NETWORK

机译:基于功能链接神经网络的多目标优化模糊技术

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摘要

The principle of solving multiobjective optimization problems with fuzzy sets theory isrnstudied. However, membership function is the key to introduce the fuzzy sets theory to multiobjectivernoptimization, it is difficult to determine membership functions in engineering applications. On the basisrnof the strong capability of interpolation of functional-link neural network, discrete membershiprnfunctions are used as sample training data. When the network converges, the continuous membershiprnfunctions implemented with the network. Membership functions based on functional-link neuralrnnetworks have been used in multiobjective optimization. An example is given to illustrate the method.
机译:研究了用模糊集理论解决多目标优化问题的原理。但是,隶属函数是将模糊集理论引入多目标优化的关键,在工程应用中很难确定隶属函数。在功能链接神经网络的强大内插能力的基础上,离散隶属函数被用作样本训练数据。当网络融合时,网络将实现连续的成员资格功能。基于功能链接神经网络的隶属度函数已用于多目标优化中。举例说明了该方法。

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