| 1. | The sectionalized linearization method for problem of filtering of bilinear hysteretic structure
双线性滞回结构滤波问题的分段线性化法 |
| 2. | 2 . dynamic response of nonlinear structures with uncertain physical parameters is studied by subsection linearization method
用分段线性化方法计算了含随机参数非线性结构的动态响应。 |
| 3. | In order to meet the requirement of simplifying and precision , a linear restoring model is put forward
为了应用方便并能满足精度的要求，提出了形状记忆合金自复位阻尼器的分段线性化恢复力模型。 |
| 4. | There are zero - adjustment , gain - adjustment and switch on - off in it . fourthly , in order to enlarge the linear measurement range , i study the software linearity
第四,研究了用计算机软件技术对气动测量的特性曲线进行分段线性化处理扩大测量量程的方法。 |
| 5. | At the end of the article , this paper analyses the errors and uses subsection linearization to reduce the error . at last the precision reach the requirement
本文的最后对误差进行了分析,采用分段线性化的方法对仪器进行了修正,使仪器的精度达到了设计要求。 |
| 6. | On this basis , sectionalized linearization of bilinear hysteretic structural characteristics and bilinear hysteretic filtering of structural system are put forward
在此基础上，又提出了双线形滞后体系的随机分段线性化法和双线形滞后体系的随机分段线性滤波器。 |
| 7. | The controllability and stability of wavelet networks are analyzed and proved . to reduce the modeling error in the piecewise linearization of nonlinear system , a multiple models wavelet networks identification method is proposed
针对非线性系统建模中使用分段线性化方法所带来的未建模误差问题，提出了多模型小波网络系统辨识方法。 |
| 8. | In allusion to the characters of structuralized road and images acquired through projection , we divide the lane into three parts according to golden section and extract each section ' s edge
针对结构化道路的特点，以及经摄像机投影的道路弯曲的图像特征，提出了将道路按黄金分割0 . 618分为由近至远的三段，对每段进行分段线性化提取道路边缘。 |
| 9. | The work in this dissertation mainly consists of two parts . in the first part , the dynamic response of nonlinear structures with uncertain physical parameters is studied by means of subsection linearization method and equivalent random systems method , separately . in the second part , a method for analyzing the response of viscoelastic structures with uncertain physical parameters is proposed , with fem in space domain and discrete method in time domain
本文的研究工作主要由两个部分组成；第一部分是分别用分段线性化方法和等效随机系统方法对含随机参数非线性结构动态响应统计量的求解；第二部分是建立了用扩阶随机有限元方法求解含随机参数粘弹性问题的计算模型。 |
| 10. | A new temperature segmentation linear fitting method sieves the problem caused by the nonlinear mapping between the temperature data and the chroma . that is dividing the temperature into some sections from high to low . different temperature section uses different formula
提出了一种新的温度分段线性化拟合方法解决温度数据与色度的非线性映射问题，即将火焰温度由高向低分成几个温度段，不同的温度段使用不同的运算公式，从而提高了测量的精度，避免了过去方法中试图用一个标定试验的公式来求解跨度较大的整个温度场分布时所产生的误差。 |
