| 1. | Genetic algorithms application in nonlinear parameter estimation
非线性变参数估计的遗传算法 |
| 2. | Higher dimensional nonlinear parameters estimation in the epidemic model of infectious diseases
传染病流行模型中高维非线性参数估计方法 |
| 3. | Relationship between acoustic nonlinear parameter and molecular structure parameter in organic liquids
液体非线性声参量与分子结构的关系研究 |
| 4. | The result of the study indicates it is necessary to take the nonlinear parameters ( uncertainty ) of soil sample into consideration in seismic ground motion analysis
研究结果表明，土体非线性参数的变化(不确定性)对地震动的影响应予以考虑。 |
| 5. | The nonlinear parameters of the complicated dynamic soil - box foundation - frame structure interaction system are inversed according to this nonlinear calculating model and this inversion method
利用非线性计算模型和变量分离的非线性参数拟合法,实现了复杂的土-箱型基础-框架结构相互作用系统的非线性参数反演。 |
| 6. | Last , the 2 - d lumped mass nonlinear model is established to simulate the dynamic soil - box foundation - frame structure interaction system , and the variables separated nonlinear parameters fitting method is proposed
最后,建立了土-箱型基础-框架结构相互作用系统的非线性计算模型,并提出了变量分离的非线性参数拟合法。 |
| 7. | Two typical examples indicated the good performance of the proposed method . finally , the ega was successfully applied to the nonlinear parameter estimation of a mathematical model for heavy oil thermal cracking
本文还将基于优进策略的遗传算法( ega )成功地应用于重油热解三集总反应动力学模型的参数估计，效果良好。 |
| 8. | As nonlinear parameters are introduced in process of the calibration of spectral misalignment , the linear and nonlinear least square methods are used in the retrieval procedure in the article
由于坐标匹配变换引入了非线性参数，所以本文在浓度反演计算中采用了线性与非线性最小二乘结合的混合最小二乘( mlsm )的反演方法。 |
| 9. | Another important content in this chapter is that we linearly calibrate the nonlinear parameters of camera based on the rectification features of lens and the fact that projective transform converts a line into a line
本章中另外一个重要的内容是，基于透镜畸变的特点并根据射影变换保持直线不变的约束条件，线性地确定非线性内参数。 |
| 10. | Based on analytical simulation of deep drawing process , by using nonlinear parameter least square fitting , the on - line identification of material parameters and friction coefficient is realized during intelligent control of conical workpiece deep drawing
摘要以拉深过程的解析模拟为基础，采用非线性最小二乘曲线拟合原理实现了锥形件拉深智能化控制中材料参数和摩擦系数的在线识别。 |
