1) edge contraction
边收缩
1.
To overcome such a drawback, we control the edge contraction in order to reduce the computation to measure an accurate geometric error for a highly curved and thin region and to improve the quality of the contraction by adding vertex degree.
针对边收缩算法在计算大曲率面距离公差时计算量大 ,且收缩大曲率面所含的线段时易使关键点发生偏移而引起模型变动过大、简化不够准确的问题 ,本文在边收缩算法基础上提出了加入顶点度控制的算法 ,以减少大曲率面距离公差的冗余计算 ,并提高模型简化质量。
2) contractible edge
可收缩边
1.
The existence theorem of contractible edges in h-connected graphs;
h-连通图中可收缩边的存在定理
2.
The contractible edges of the longest cycle in some 5-connected graphs;
某些5-连通图中最长圈上的可收缩边
3.
Kriesell conjectured that every K, connected graph has a k-contractible edge if the degree sum of any two adjacent vertices is at least 2 5k/4- 1.
Kriesell(2001年)猜想:如果k连通图中任意两个相邻顶点的度的和至少是25k/4-1,则图中有k-可收缩边。
3) contraction of an edge
边的收缩
4) contractible edge
收缩边
1.
It is proved that any contraction critical 5-connected graph on n vertices has at least n+1 trivially non-contractible edges.
证明n个顶点的收缩临界5连通图中至少有n+1条平凡不可收缩边。
5) contractible non edges
非边收缩
6) half-edge contraction
半边收缩
补充资料：收缩中(晚）期喀喇音-收缩晚期杂音综合征
收缩中(晚）期喀喇音-收缩晚期杂音综合征
即"二尖瓣脱垂-喀喇音综合征"。
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