1) processing of boundary point
边界点处理
2) boundary treatment
边界处理
1.
The boundary treatment of the fourth-order compact finite difference scheme for the incompressible Navier-Stokes equations;
关于不可压流体Navier-Stokes方程的四阶精度有限差分紧致格式的边界处理
2.
A new method of boundary treatment in finite difference method;
有限差分法的一种边界处理方法
3.
The basic theory of LBM is analyzed in detail,the new methods for curved boundary treatment are introduced.
详细分析了LBM的基本理论,系统介绍了曲线固体边界处理的新方法。
3) border processing
边界处理
1.
For the problem of large amount of GIS map data,the algorithm of data compression by multi-resolution analysis and border processing is presented.
针对地理信息系统地图数据量大的问题,提出了多分辨分析数据压缩和边界处理方法。
2.
With comparison and analysis in the selection of four typical wavelet bases in practical application,this paper discussed such selection when we adopt Multi-Resolution Analysis to do the wavelet based image compression and the influence of the border processing on the selection.
通过实际应用中对四种典型的小波基的选择进行的比较分析 ,讨论了在用多尺度分析算法进行的小波图像压缩时小波基的选取以及边界处理对选择小波基的影响。
3.
On the base of Mallet algorithm for wavelet transform, this paper provides a method for border processing of vector relief data condensation based on spline wavelet transform according to the properties of wavelet filters, And the experiments were given.
在离散小波变换的快速Mallat算法基础上 ,根据小波滤波器的特点 ,提出了一种基于B样条小波变换的矢量数据压缩的边界处理的方法 ,该方法经实验可以保证压缩后的数据能如实的反映原数据的特性和规律
4) boundary processing
边界处理
1.
4 is conducted by using a hybrid fourth order, spectrum-relation preservation difference scheme and boundary processing methods based on characteristic signal propagation.
本文通过采用混合型的四阶精度频谱关系保持格式和基于信号特征传播的边界处理方法,对对流马赫数分别为0。
5) soft-boundary processing
软边界处理
1.
Combined with ADCNN and soft-boundary processing, it can deduce training specimen and im-prove learning speed.
针对前向竞争网和空间分割竞争网在识别分类和学习中存在的局限性,提出用软边界处理改进空间分割竞争网的训练方法。
补充资料:非奇异边界点
非奇异边界点
non-angular boundary point
非奇异边界点[咖峋吧.妞加训山仔州吐;Heoc浦明印aHH二功.],正则边界点(肥多血r场即山叮point) 复变量艺的单值解析函数f(z)的定义域D的可达边界点(ahainable boUnda甲point)心,使得f(:)沿D内任一到达心的路径都有一个到达〔的解析延拓(肛司州c con血uation).换言之,非奇异边界点是可达的,但不是奇异的.亦见解析函数的奇点(51理润比point).E.瓜.0叨鱿衅B撰【补注】注意D的边界上的同一个点可以引起一些不同的可达边界点,其中某些可能是奇异的,另一些是正则的.例如,考虑区域D二C\(一的,01以及函数f(:)“(h(习一们)一‘,其中h是晚公的主值.这时在一1‘之上”有两个可达边界点:一个是奇异的,对应于沿:二一1十“(0蕊:(l)接近一1;一个是正则的,对应于沿么二一l一it(O(t(1)接近一1.
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