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- iterative subspace 子空间迭代
- A pesudo-wavefront subspace iterative algorithm is presented and applied to solve the gyroscopic eigenproblem related to the blade dynamic frequencies. 根据不同变形位置动频的变化，形成叶片几何非线性的一种度量，即其具有相对弯、扭自由度的弱负立方非线性。
- The analysis becomes an iterative process. 这一分析计算工作实际上是一个逐次迭代的过程。
- Projection of the hamiltonian onto Krylov subspace. 听 R_TYPE, allocatable :: h(:, :)听 听 听 听 !
- There are other iterative procedures. 也存在另外一些迭代法。
- How does iterative development help? 迭代开发有哪些好处?
- Adaptive management using an iterative process. 使用一个迭代过程进行自适应的管理。
- A With block is not an iterative construction. With块不是迭代构造。
- BETAINV uses an iterative search technique. BETAINV使用迭代搜索技术。
- By iterative, the accuracy can be guarantied. 利用迭代法，保证求解的精度。
- ITER aims for three principal goals. ITER有三个主要目标。
- It is iterative and multidimensional. 这是反复的，多维的。
- Most reports should be iterative, not detailed. 多数的报告或许是重复的，而非着重细节。
- AN IMPROVED SUBSPACE METHOD AND ITS APPLICATION TO PARAMETER. 改进的子空间方法及其在时变结构参数辨识中的应用。
- Other polygons form two groups depending on their subspace. 其他多角形根据他们的子空间形成两个小组。
- The Iterative methodology improves on the Spiral methodology. 迭代方法是在螺旋型方法之上发展而来的。
- By applying Krylov subspace iterative method to solving the matrix equation and Fast Multiple Method to matrix-vector multiplication acceleration,the space and time complexity of the method is reduced to be O(N1.5) as a result. 通过引入Krylov子空间迭代算法来求解矩阵方程;并使用快速多极子算法来加速计算矩阵向量积;可以使算法的空间和时间复杂度降为O(N1.;5)
- Secondly, subspace detection methods of analog space-time codes are presented. 其次，给出了模拟空时码的子空间检测方法。
- Tuning a system for optimum performance is an iterative process. 调整系统以实现最佳性能是一个反复的过程。
- Adopt iterative development practices that reduce project risk. 采取些减少项目风险的反复开发实践。
