| 1. | Induced matrix and the orthogonalization of the base
导出矩阵与基底的正交化 |
| 2. | An orthogonalization procedure for structured grids
一种简单的结构网格边界正交化方法 |
| 3. | Parallel algorithm by row action method with orthogonalization for systems of linear equations
线性方程组正交化行处理法并行算法 |
| 4. | A contrast function has been built using orthogonalization time - delayed correlation matrices in time domain . the separation algorithm has been obtained by minimizing it with the frobenius norm
在时域,运用同时正交化多延时相关矩阵建立对比函数,用frobenius范数最小化对比函数得分离算法。 |
| 5. | 3 the conception and methodology on orthogonalization of separation between ip mapping and platform mapping in system level design is proposed for the first time . and a new platform based on design flow is brought forward according to this conception
3 、提出了系统级设计中ip映射与平台映射分离的正交设计概念和方法， 11合肥工业大学博士学位论文并据此提出了新的基于平台的设计流程。 |
| 6. | Using the difference method and quasi - linearization method , the nonlinear differential equations , which include ten basic unknown functions in all , are reduced to a sequence of quasi - linear differential equations , which can be solved by the method of discrete orthogonalization
采用差分及准线性化方法，将含有10个基本未知函数的偏微分方程组，变换成能用离散正交法编程求解的准线性微分方程组。 |
| 7. | The material job and main conclusion are as follows : ( 1 ) a simple boundary orthogonalization procedure independence grids generation method is put forward on the base of algebraic grid generation method ; data structure and computational model on interface are established aiming at blocks of structured grids . ( 2 ) simple procedure is established in nonorthogonal grids by use of the finite volume method and in - depth discusses on special topic such as boundary condition in nonorthogonal grids , deferred correction method and grads compute on calculational nodes , and so on
本文完成的具体工作和主要结论如下： 1 )以代数网格生成方法为基础提出了一种简单的、可独立于网格生成方法之外的边界正交化技术；针对分区结构网格系统建立了分区交界面处的数据结构与计算模型； 2 )利用有限体积方法在非正交同位网格系统中建立了simple求解算法，对非正交网格系统中的边界条件、延迟修正技术及计算节点的梯度计算等专题进行了深入讨论。 |
| 8. | According to the geometry of slope measurements for the subjective wavefront optometer , a wavefont reconstruction model using zernike polynomial with normalization factor is put forward . based on householder transformation and gram - schmidt orthogonalization method , two methods for working out unknown zernike coefficients are bring forward . the error propagation parameter for the wavefront reconstruction model is deduced
深入研究了带标准化因子的zernike多项式的性质;针对主观式像差仪波前斜率采样方案,提出了采用带标准化因子的zernike多项式对眼测试波前进行重建的数学模型;提出了两种求解方法,即基于householder变换求解法和基于gram - schmidt正交化求解法,用于确定重建模型中的未知模式系数;推导出了该波前重建模型对斜率测量误差的传递系数。 |
| 9. | Based on the principle of optimal linear fusion , and a conclusion is drawn that " the more measurements are used , the higher accuracy is obtained " . this result can play an important role in the accuracy design of multi - sensor system . the infonnation orthogonalization theorem and the information magnitude decomposition theorem are proposed and proved
根据信息最优线性融合原理，得出“利用的信息越多，最优融合估计的信息量越大、精度越高”的结论，该结论对多传感器系统精度设计具有重要的指导意义。 |
