| 1. | Spatial transformation and trust transaction structure of asset securitization
资产证券化的空间变换及其信托交易结构 |
| 2. | A structural damage identification technique based on wavelet transform of spatial structural response measurements is discussed
摘要利用连续小波空间变换技术，对工程结构损伤信号进行分析，从而识别结构的损伤位置。 |
| 3. | All in all , if a suitable wavelet is selected , the method is capable to extract damage information from the response signal in a simple and reliable way
但总的来说，小波空间变换都能够方便简捷、准确可靠地识别出结构的损伤位置。 |
| 4. | Firstly , optimization variables are expressed by chaotic variables through solution space transformation , and the chaotic variables are coded into an antibody
首先利用解空间变换将优化变量表示为混沌变量，并将混沌变量编码为抗体。 |
| 5. | We solve time - dependent schrodinger equation of one - dimensional atom in intense laser field with pseudospectral method by introducing nonlinear space transformation
本文通过引入非线性空间变换，用伪谱方法数值求解了一维原子在强激光场中的含时schr ( |
| 6. | The results of the simulation show that boundary conditions have some effect on bridge damage detection , but the damage forms have no effect on it
结果表明，用连续小波空间变换分析识别结构损伤的结果受一定边界条件的影响，而裂缝的形式对识别效果几乎没有产生影响。 |
| 7. | 4 . problem of circular array ’ s high side - lobe ( relative to main - lobe ) and the lower depth of zeros is resolved using mode space transform , which changing uniform
4 .利用模式空间变换将均匀圆形阵列转化成虚拟的均匀线阵,解决了圆形阵列副瓣电平较高(相对于主瓣) 、零点深度相对较浅的问题。 |
| 8. | Furthermore , the multi - frame accumulation infrared subimage target detection model , image space transformation , segmented region recognition and infrared subimage tracking model are proposed in the dissertation
论文提出了多帧累积亚图像目标检测模型、图像空间变换、分割区域的识别和亚图像跟踪模型。 |
| 9. | In chapter five , gained proper matching template taking advantage of edge image and mapped two sequential images basing on image transform and template matching and found moving objects
第五章利用前一章运算得到的边缘图像，选取出适当的匹配模板，综合利用中文荷要坐标空间变换和模板匹配法配准图像，检测出运动目标。 |
| 10. | The unique rising and falling stage design makes multi - function hall space change in many kinds of appearance , which makes it an ideal site for holding large conference , performance , celebration , academic report and feast
别出心裁的升降舞台设计，使多功能厅空间变换呈现多种姿态，是举行大型会议、演出、庆典、学术报告、宴会等的理想场所。 |
