1) generalized structure tensor
推广结构张量
1.
An infrared spot target detection method was presented based upon generalized structure tensor(GST).
针对传统的杂波抑制方法的不足,提出了基于推广结构张量的红外斑点小目标检测方法。
2) Structure tensor
结构张量
1.
An improved region filling inpainting method is proposed by using structure tensor that can successfully capture the local variations of an image.
借助结构张量具有表达图像局部结构的性质,提出一种改进的区域填充图像修补方法。
2.
In order to improve the robustness of image matching between infrared images and visible images,a novel weighted cross correlation algorithm based on structure tensor was presented.
为了提高红外图像和可见光图像匹配的鲁棒性,提出一种新的基于结构张量的加权互相关算法。
3.
A structure tensor based on Gaussian convolution is devised and introduced to anisotropic diffusion in order to reduce speckle.
为了更好地滤除超声图像中的斑点,通过构造基于高斯卷积的结构张量,并将其引入到各向异性扩散方法中,实验结果表明,这种新的各向异性扩散方法不仅能有效地抑制斑点噪声,而且能检测并保留图像边缘与细节特征。
3) tensor structure
张量结构
1.
The algorithm designed a tensor structure to represent image features and shows the detailed process of hallucinating face reconstruction.
提出了基于数学形态学的幻想脸重建算法,设计了表达图像特征的张量结构,介绍了幻想脸的重建步骤。
4) internal structural tensor
内结构张量
1.
In order to describe the additional isotropic hardening and the anisotropic hardening due to non-proportional loading,an internal structural tensor related to the geometry of loading path is incorporated into Valanis endochronic constitutive equations.
考虑非比例加载情况下金属材料塑性循环强化特性的本构描述,为反映由于非比例加载而引起材料的附加等向强化及异向强化效应,提出在Valanis的塑性内时响应方程中引入与加载路径几何性质有关的内结构张量,建立了新的非比例循环塑性本构模型。
2.
In order to describe the additional isotropic hardening and anisotropic hardening due to non-proportional loading,an internal structural tensor related to the geometry of loading path was incorporated into Valanis endochronic constitutive equations.
在Valanis的内时本构理论的框架中,引入内结构张量以反映由于非比例加载而引起金属材料的附加等向强化及异向强化效应,同时提出材料强化程度的度量采用沿路径法线方向的塑性应变分量来描述。
5) microstructure tensor
微结构张量
1.
A microstructure tensor and loading direction are incorporated in the distribution functions of anisotropy parameter,uniaxial compressive strength and uniaxial tensile strength.
各向异性参数、单轴抗压强度和单轴抗拉强度是分布函数,其分布可以用微结构张量和加载方向表示。
2.
A microstructure tensor and loading orientation are incorporated in the distribution functions of anisotropy parameter and uniaxial compressive strength.
用一个各向异性参数描述这类材料的固有各向异性,各向异性参数和单轴抗压强度是一个分布函数,其分布用一个微结构张量和加载方向表示。
3.
The uniaxial compressive strength is the function of time,microstructure tensor and stress.
沉积岩的固有各向异性用一个标量各向异性参数描述,引入一个损伤因子来考虑时间效应,材料的单轴抗压强度是时间、微结构张量和应力的函数。
6) tensor product structure
张量积结构
补充资料：推广
1.推衍扩大。 2.谓扩大施行或作用范围。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条