1) Light transfer function
光函数
2) smooth function
光滑函数
1.
The original signals with paper defects are convoluted with the smooth function firstly, then some signals are selected which both preserve the singularity of paper defects and weaken small signal fluctuations .
首先使用光滑函数与纸病信号进行卷积运算 ,然后选取能够保留纸病奇异性特征且同时削弱随机纹理所产生起伏的适当尺度下的信号 ,并对其实施进一步小波变换 ,去除大部分纹理起伏所对应的极大值线 ,最后利用极大值线与纵轴相交的截距来判断纸病。
2.
For the its,the Cauchy s mean value theorem that involves two smooth functions is extended to involving n smooth functions by,and thus obtaining differential mean value.
为拓展它的应用范围,利用相同的手法,将涉及两个光滑函数的柯西微分中值定理推广到了n个光滑函数的情形,得到另一种推广的微分中值公式。
3.
From the formula,the Abstract and concrete known integral formulas of a lot of smooth function in bounded domains can be obtained.
应用单位分解的方法及积分表示中核函数的构造理论,得到Cn空间中有界域上光滑函数的一个抽象积分公式。
3) light intensity function
光强函数
1.
With the projection phase transfer function and light intensity function of the projected light, the phase value is calculated by the method, in which the effect of the nonsine and aperiodicity of projected light is considered.
该方法通过投影相传递函数和投影光的光强函数计算相位值,并考虑了测量投影光非正弦、非周期性的影响,提高了投影光栅的条纹精度和相位精度,相位精度为像素级,通过插值可达到亚像素级。
4) plenoptic function
全光函数
1.
A new 3D plenoptic function called linear mosaic (LM) is presented in this paper.
提出一种基于图像拼接的场景绘制方法,采用一种新的三维全光函数,将沿直线采集的前向序列图像按一定规则处理之后形成一个线性拼接(Linear Mosaic)。
2.
From the viewpoint of plenoptic function, range estimation by plenoptic differentiation (i.
从全光函数的角度分析了利用全光微分即全光函数对各函数变量偏微分之间的关系来估计视场中物体距离,并给出了全光微分方法在机器视觉中的几个具体实施范例。
5) pupil function
光瞳函数
1.
The radial birefringent filter which consists of two parallel polarizers and a rotationally symmetric birefringent element is introduced into the superresolution technology, and with Jones calculus the pupil function of it is deduced.
把由两个偏振器和一个圆对称的双折射元件组成的径向双折射滤波器引入超分辨技术,借助琼斯算法推导出其光瞳函数的表达式。
2.
However,the classical method of the Pickering seeing scale estimation is not a perfect method for estimating the seeing when using the refract-reflection telescope with the second mirror,because the effect of the pupil function of the telescope is ignored in this method.
使用望远镜目视星像评估视宁度时,常用Pickering视宁度等级(Pickering Seeing Scale)判定法,但这个等级并未仔细考虑望远镜的光瞳函数对衍射环的影响。
6) Optical function
光学函数
1.
First-principal calculations of band structure and optical functions of 3C-SiC;
3C-SiC的能带结构和光学函数的第一性原理计算
2.
The band structure and optical functions of Al2O3 were studied by the CASTEP software based on the first-principal.
采用基于密度泛函理论(DFT)的第一性原理CASTEP计算程序,研究Al2O3的能带结构和光学函数。
补充资料：光滑函数
光滑函数
smooth function
光滑函数l，旧0山加目出闭;门御班明中洲“职川 每个自变量值均为光滑点(见函数的光滑点(sITlc幻th point ofa丘山Ctlon))的函数.光滑函数可以不连续.若光滑函数在某区间上连续，则它的可微点的集合在该区间上是稠密的，且有连续统的势.存在实轴上非几乎处处可微的连续光滑函数.光滑函数在它的每个局部极值点都有导数;由此可知，微分学中的基本定理，Rolle定理，Laglange定理，Q班上y定理，Dar加ux定理等对于光滑的连续函数都是正确的 B .H.EMe月‘.习。B撰【补注】注意，任何加性函数(addjtiVe functjon)f(即f(义+y)=f(x)十f(y)对一切x，y)是光滑的.存在处处不连续的加性函数. 上述光滑函数概念不大常用.“光滑函数”通常指的是“充分可微的函数”，甚至理解为C.函数(无穷次可微的函数);它也可理解为“光滑模满足某种增长条件”的函数(亦见光滑模(smoothn已粥，抑闭u-lusof)).王斯雷译
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参考词条