1.
Study of Affine Frames and Frames in Shift Invariant Subspaces;
仿射框架和平移不变子空间中框架的研究
2.
Determining Set and Sampling Theorem in the Shift Invariant Subspace
有决定集和平移不变子空间中抽样定理
3.
Studying on Reconstruction Sampling in Shift-Invariant Subspace with Multiplicity r from Least Squares Method
最小二乘法重构r重平移不变子空间采样的研究
4.
Several types of spline multiresolution analyses are constructed systematically simply based on the general decomposition theory of two-scale shift-invariant subspaces.
本文根据平移不变子空间二尺度分解理论，系统、结地构造了各类样条多分辨分析。
5.
SPACE-INVARIANT AND ROTATION-INVARIANT IN A GIVEN ANGLE RANGE PATTERN RECOGNITION AND THEIR FILTER DESIGN
空间平移不变和角度受限下转动不变的特征识别与滤波器的设计
6.
compact perturbations of hyperinvariant subspace
超不变子空间的紧摄动
7.
Property of Invariant Subspaces in the Weighted Hardy Space
加权Hardy空间上的不变子空间的性质
8.
Invariance under translation in time leads to conservation of energy.
在时间平移下的不变性导致能量守恒。
9.
By translations and changes of scale the spectral subspaces associated with all discs can be characterized similarly.
通过平移与尺度改变，伴随着一切圆域的谱子空间都可以类似地给予刻划。
10.
Research on carrier phase-shifted SPWM and phase-shifted SVPWM
多电平逆变器载波相移SPWM与移相空间矢量控制策略的研究
11.
Invariant and Admissible Subspaces of the exponentially bouned C-Somigroups;
指数有界C-半群的不变和容许子空间
12.
Estimation of Signal Parameters via Rotational Invariance Techniques Algorithm with Speedy Fourth-Order Cumulants
快速四阶累积量旋转不变子空间算法
13.
On the Minimal α-Mbius Invariant Function Spaces
关于最小的α-Mbius不变子空间
14.
The cheapest way to get one is to invoke the spectral theorem and to conclude that normal operators always have non-trivial invariant subspaces.
取得这样结果的最省力的尝试是引用光谱定理而得到正规算子恒有非平凡不变子空间的结论。
15.
Domination Property and Invariant Subspaces for AM-compact and Dunford-Pettis Operator;
AM-紧算子和Dunford-Pettis算子的控制性质与不变子空间
16.
A general affine transformation involves translation,scaling and rotation operations in three dimensionalspace.
一般仿射变换涉及3维空间的平移、缩放和旋转操作.
17.
An Efficient Algorithm for Translationally Invariant Finite-Size Lattice Systems in One Spatial Dimension
有限平移不变一维格子系统的有效算法
18.
Their standard model treats the universe as though its density did not vary from place to place but had a uniform, average value of one atom per cubic meter.
标准模型将宇宙视为一个均匀结构，密度不会随著空间位置而变化，每立方公尺平均有一个原子。