说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 有序四叉树
1)  Ordered Quad-tree
有序四叉树
1.
An Image Encoding Algorithm of Ordered Quad-tree in High Frequency Subbands;
一种基于高频子带的有序四叉树图像编码算法
2.
Namely the lowest frequency subband is encoded separately,the ordered quad-tree is defined in high frequency subbands so that the important wavelet coefficients are transmitted by priority,and the run-length is applied.
即对低频子带进行单独编码,在高频子带内通过定义有序四叉树,以优先传输重要小波系数,对量化的结果作行程编码。
2)  sequential coded Quardtree
顺序四叉树
1.
In order to fast culling invisible data and make result of progressive rendering reasonable, a sequential coded Quardtree is built with points clouds evenly distributed to nodes of every layer from top to down.
该方法通过构建一棵顺序四叉树使点云均匀分布在四叉树节点上,来实现快速的数据筛选。
3)  sequential binary tree
有序二叉树
1.
Design and Application of Var_Pool Based on Sequential Binary Tree;
一种基于有序二叉树的变量池的设计和应用
2.
By analyzing the traditional multiple pattern matching algorithm based on tree structure, a new algorithm is proposed by substituting sequential binary tree for tree.
本文提出的多模式匹配算法是基于有序二叉树的多模式匹配算法 。
3.
The new algorithm uses the structure of sequential binary tree to store the rules of intrusion based on multiple pattern matching, and realizes quick matching by using the rule to access the binary tree.
匹配算法是入侵检测系统中的核心,它的快慢在很大程度上决定着整个系统的性能,在多模式匹配算法的基础上采用有序二叉树的方式存储入侵规则,并使用一定的规则来访问二叉树实现快速匹配,具有更大的搜索步长和更高的效率。
4)  finite element/quadtree
有限元/四叉树
5)  ordered binary decision diagram (OBDD)
有序二叉判定树
6)  full 16-ary ordered tree
满十六叉有序树
1.
The event sequence set is produced by sliding the window in orderly events, and a normal behavior model set is built by using full 16-ary ordered trees.
本文提出利用系统调用发生时的程序计数器值对应的段号和段内偏移作为事件,将滑动窗口在有序事件上滑动得到事件序列集合,利用满十六叉有序树算法建立正常行为模型库。
补充资料:四教──龙树四教
【四教──龙树四教】
  ﹝出华严经随疏演义钞﹞
  龙树论师乃西天第十三祖。尝立四教判释经论,故云龙树四教也。
  [一、有门],谓阿含小乘等经,说一切因果之法,悉皆实有,是为有门。(梵语阿含,华言无比法。)
  [二、空门],谓大品般若等经,说真空实相之理,荡除众生情执,是为空门。(梵语般若,华言智慧。)
  [三、亦有亦空门],谓深密等诸大乘经,说有谈空,互相无碍,是为亦有亦空门。
  [四、非有非空门],谓中论等说一切法皆即空之有,是非有;即有之空,是非空;互泯互融,即第一义,是为非有非空门。
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