| 1. | Wavelets based on two element orthogonal polynomials
二元正交多项式小波 |
| 2. | Fitting of an orthogonal polynomial of arbitrary random nodes
任意散乱节点的正交多项式拟合 |
| 3. | Simulation of wavefront reconstruction based on polynomials orthogonalized in an annulus sector domain
基于环扇域正交多项式的波前重构仿真 |
| 4. | Implicit iterative methods based on some orthogonal polynomials for ill - posed operator equations
基于正交多项式的解不适定算子方程的隐式迭代法 |
| 5. | Orthogonal polynomial regression design for interference elimination in atomic absorption spectrometry
消除原子吸收光谱分析中干扰效应的正交多项式回归设计 |
| 6. | Establishing microwave radiating modified coal gangne intensity regression equation by crossed design technique
利用正交多项式建立微波辐照改性煤矸石强度回归方程 |
| 7. | Meanwhile the coefficients of orthonormal polynomials are vector quantized based on analysis by synthesis
对rew则采用正交多项式进行拟合，然后基于合成-分析进行矢量量化。 |
| 8. | A new method , suitable for identification of distributed loading on continuous model with orthogonal polynomials by using limited measured data is introduced
摘要用正交多项式拟合的方法对连续系统的分布动态载荷进行识别的技术，为用有限的测量信息进行连续系统分布载荷的识别提供了可行的方法。 |
| 9. | Method based on component analysis ( peak value pick - up ) and global orthogonal polynomial subsection fitting to obtain system damping ratio , natural frequency and modal shapes is especially described
着重描述了分量分析法(峰值拾取法)和整体正交多项式分段拟合法提取系统固有频率及其振型的方法。 |
| 10. | Only sufficient number of measured points is needed to satisfy the identification precision of to identify the ratio of the orthogonal polynomials , and there is no special limit on th positions of measuered points
该方法只须获取足够的测量点的响应来识别分布载荷正交多项式的系数，满足识别的精度要求，同时对测量点的位置无特殊限制。 |
