1.Since the wavelets possess symmetry and interpolation, the sampling theorem on approximation subspace is established easily.
用该方法构造出的小波具有插值性和对称性，因而容易建立信号采样定理。
2.Partial differential equations are solved by first discretizing the equation, bringing it into a finite-dimensional subspace.
偏微分方程求解第一离散方程，使之成为一个有限维子空间。
3.The energy of the desired user may lie on a lower dimensional subspace, so the detection can be constrained on a reduced-rank subspace.
又由于期望用户的能量可能位于信号子空间的某一子空间，所以将检测器限制在降秩子空间上是可行的。
4.Firstly, by utilizing the signal structure characteristic and subspace-based method, multi-users' carrier frequency offsets can be obtained.
首先利用信号的结构特性并借助于子空间的方法估计得到多用户的频率偏移；
5.appearance tracking, where the target visual appearances fora short time interval are represented as a linear subspace.
外观跟踪，其中目标视觉表象论坛短的时间间隔为一个线性子空间的代表。
6.Their main feature is, at each iteration, to search for an optimal solution in the subspace.
这类方法的基本特征是每次迭代在一个低维子空间寻找最优点。
7.By numeric experimentation, identification precision and efficiency of the two subspace methods is analyzed under different noise.
通过数值试验，分析了不同噪声水准下两种子空间的识别精度和效率。
8.The story arch revolves around the discovery of bio-cyberspace existing in human brains (kinda like subspace in outer space).
故事主线是围绕着人们发现了人脑中存在着一种生物互联网络（有点像外太空的亚空间）。
9.Through the simulation experiments, it checks the validity of the closed-loop subspace model identification.
通过仿真实验，验证了闭环子空间模型辨识（closed-loopSMI）算法的有效性。
10.introducing a self-adaptive mechanism to adjust the dimension of the search subspace as the searching range changed.
提出一种根据演化的进度能自动调整搜索范围的自适应机制。