1) unstructured vector field
非结构矢量场
1.
Visualization of characteristic region in unstructured vector field
非结构矢量场的特征区域可视化方法
2.
There are two drawbacks for the traditional LIC (line integral convolution) methods to visualize data of unstructured vector field: one is its restriction to a fixed resolution and the other is its poor ability of revealing vector magnitude.
传统的结构化LIC方法不适用于非结构矢量场数据处理的主要原因有两个,一是矢量幅度的表现力不强,二是因分辨率等因素无法有效地应用于采样点位置随机的矢量场。
2) UTSVQ
非对称树结构矢量量化
1.
This paper describes an algorithm of video coding based on a three dimensional spatio temporal subband decomposition,and results are shown for a 112kb/s coder that is based on an unbalanced tree structured vector quantizer(UTSVQ) for the lowest frequency band and geometic vector quantizer (GVQ) for the higher frequency bands.
介绍一种视频图像三维子带编码方法，它采用非对称滤波器进行子带划分，对各子带进行量化时，低频子带采用非对称树结构矢量量化方法，高频子带采用几何矢量量化方法。
3) vector structure
矢量结构
1.
The paper researches and designs 3D geoscience body visualization system based on vector structure.
本文对基于矢量结构的三维地质体可视化系统进行了研究与设计。
4) structured vector field data
结构化矢量场数据
5) tree structure vector
树结构矢量
1.
Trellis coded vector quantiztion of wavelet image using tree structure vector combination and classification;
基于树结构矢量分类的小波图像网络编码矢量量化
6) vector date structure
矢量型数据结构
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
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