基于混沌优化模拟神经网络的软土沉降预测分析
nalog neural network based on chaos optimization of the settlement of soft soil
软土沉降一直是很重要的土工问题,通过沉降预测可为软基工程的设计与施工提供方法上的支持。本文在充分利用模拟神经网络的模糊推理能力、处理众多影响因素能力和解决复杂线性问题能力的基础上,结合混沌优化算法的全局搜索能力,建立了混沌优化的模拟神经网络模型。通过典型案例分析,并和实测结果对比可知,计算结果比较接近。说 明此基于混沌优化模拟神经网络的方法在解决软土沉降预测分析问题上是可行的。
Soft soil settlement has been a very important geotechnical problems,and the prediction can offer supports for soft ground engineering design and construction of methodological support. In this paper, we make the full use of analog neural networks fuzzy reasoning ability, ability to handle a number of factors and ability to solve complex linear problems, as well as base on chaos optimization algorithm combining global search capability to establish of the chaotic neural network model for simulation optimization. The results are close by analysising typical case, and comparing known and measured results.It is feasible to predict through the simulation of neural networks based on chaos optimization method of settlement prediction of soft clay in the solution of the problem.
张亚娇、邵长凯
水利工程基础科学工程基础科学
岩土力学混沌优化模拟神经网络软土沉降预测岩土力学
Soil mechanicshaos Optimizationnalog Neural Networksoft soil settlement prediction
张亚娇,邵长凯.基于混沌优化模拟神经网络的软土沉降预测分析[EB/OL].(2010-08-17)[2025-05-04].http://www.paper.edu.cn/releasepaper/content/201008-242.点此复制
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