基于压缩采样的复杂产品仿真优化响应面构造方法-研究

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1、华中科技大学硕士学位论文4)Theresponsesurfacesimulationoptimizationmethodbasedoncompressivesampling.Ontheprecisereconstructingresponse,accurateandstablesubdivisionmatrixmethodisusedtogettheoptimaldesignpoint.Numericalexperimentsshowthatwhentheresponsesurfacecanbecompressed,themet

2、hodneedsfewersimulationsandoptimizationresultsaremorepreciseandstable.Finally,themethodandalgorithminthispaperarerealizedinMatlab,andapplytotheICFindirectlydrivenradiationsymmetryanalysis.Comparedwithhybridadaptiveresponsesurfacemethod,experimentalresultshowsthatthes

3、imulationcalculationtimesoftheresponsesurfacesimulationoptimizationmethodbasedoncompressivesamplingisreduced,andtheoptimizationresultsmoreaccurateandstable.Keywords：Complexproduct，SimulationOptimization，ResponseSurface，CompressiveSamplingIII万方数据华中科技大学硕士学位论文目录摘要......

4、................................................................................................................................IAbstract................................................................................................................................II

5、1绪论.................................................................................................................................11.1研究目的及意义.............................................................................................................11.2国内外研究现状....

6、.........................................................................................................31.3全文结构安排和内容概要..............................................................................................72响应面的稀疏表达...........................................

7、.................................................................82.1响应面的离散稀疏表达..................................................................................................82.2响应面的连续稀疏表达............................................................................

8、....................172.3本章小结......................................................................................................