1) curvilinear cluster set
曲线聚值集
2) cluster set
聚值集
3) concentration curve
集中曲线
4) The settled value curve
定值曲线
5) Threshold curve
阈值曲线
1.
Considering the neglect of spatial correlation of image pixels in current threshold segmentation methods,we propose to combine Hilbert image scan with wavelet transform to obtain a continuous and smooth threshold curve,and then propose a local self-adaptive threshold method in this paper.
阈值的选择是图像阈值分割法的关键,针对现有阈值法中存在的没有充分地考虑图像像素之间的空间相关信息等问题,提出把Hilbert图像扫描方法和小波变换相结合,获得了连续光滑的阈值曲线,从而建立了一种局部自适应阈值法。
2.
Numerical calculations show that in-plane confinement results in the obvious kinks in the threshold curves.
运用Landau-Lifshitz方程,边界处动态磁化强度由有效偶极边界条件约束,研究了无限长金属磁条中自旋波传播的特征,得到了该体系抽运微波磁场的阈值曲线以及色散曲线的解析式,揭示出自旋波激发谱与磁条宽度的具体关系。
6) curve interpolation
曲线插值
1.
Then the algorithm for cubic Trigonometric Bézier curve interpolation is deduced from continuous function f defined in area [a,b] with partitions ⊿:0 1n 1 na t t t? t b= < < < < = and their valuesf(ti)(i= 0,1,,n).
然后,由连续函数f在给定区间[a,b]上的分上上上a=t0
2.
According to the particularity of the images edge that they are the combination of the crossing points of the sample line and the boundary between the blood and the heart by the time, we designed a searching method of linear template based on gray, and combined manual intervention and curve interpolation technology to complete the detection automatically.
M型心动图边界是采样线血液与腔室壁组织结构形成的分界线与采样线交点位置变化的时间函数,根据这一特殊性,设计了基于灰度值的线状模板搜索法,并结合人工干预和曲线插值技术进行全方向M型心动图边界的准自动提取。
3.
Generating subdivision surfaces with complicated curve interpolation constrains is a concerned topic for computer graphics and geometric modeling.
带有复杂型曲线插值约束的细分曲面的生成,是计算机图形学及几何造型技术等领域所关心的一个问题。
补充资料：Hesse曲线(代数曲线的)
Hesse曲线(代数曲线的)
Hessian (algebraic curve)
11油限曲线(代数曲线的)【H台自11(.妙如允.抖e);recc咖，T~aaa，即r药pa一吸ee二o‘二p.助蓝] n次代数曲线(司罗玩水c~)的He丈祀曲线就是其极二次曲线能分裂为两条直线的点的集合，也是第一极曲线的二重点构成的集合.n次非奇异曲线的He丈七曲线是一条次数为3伪一2)、类为3(n一2)(3n一7)的曲线.设介O是这条n次曲线的齐次坐标方程，关丘=刁:f/刁xi刁、，则它的He丈犯曲线的定义方程为 !不:关:五，} }五:关:五31=0. }人，人2人3}特征不等于3时的三次非奇异曲线的H既七曲线与这条曲线交于9个通常拐点.因O.H改e(l 844)而得名. A .E.H困阳。B撰
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