leaf node
英 [liːf nəʊd]
美 [liːf noʊd]
网络 叶子结点; 叶子节点; 叶节点; 叶结点; 树叶节点
英英释义
noun
- (botany) the small swelling that is the part of a plant stem from which one or more leaves emerge
双语例句
- For each leaf node of each decision tree, the shift information of the local features to the object center ( offest) and the class information of these features, together with the class information of this leaf node are stored.
在决策树的每个叶子节点中，记录到达该节点的局部特征相对于目标中心的偏移量及其相应的类别信息、以及该叶子节点的类别信息。 - For example, a leaf node knows itself and its parent.
例如，一个叶节点知道它自身及其父节点。 - Meanwhile, by comparing the influences of water content of stem with leaf sheath, it could be founded that stem-leaf bond intensitys and water contents of leaf sheath had same change trend with node position. ( 3) Flattening decreased stem-leaf bond intensity of corn straw obviously.
比较茎秆含水率和叶鞘含水率分别对茎叶结合强度的影响发现，叶鞘含水率与茎叶结合强度随节位的变化趋势具有一致性。（3）压扁可明显减小玉米秸秆茎叶结合强度。 - Based on faceted classification schema and theory of tree mapping, a novel matching model named leaf node containment matching model and correspondence retrieving algorithm are put forward.
在分析了构件刻面分类模式和树映射相关理论的基础上，提出了一个新颖的叶节点包容匹配模型，并给出了相应的检索算法。 - Staining results showed that POS mRNA was detected in vegetative organs, including root, leaf, shoot apex, upper node and tiller.
GUS染色结果显示，POS基因在根、叶、茎尖、节位和分蘖芽都有表达。 - Manilagrass was trampled by 4 trampling intensities in 3 courses. The internode length, the leaf length and the number of node will increase as the trampling intensities become stronger.
草坪草的茎节数、节间长度、叶片长度均是随践踏强度的增加而减少，重度践踏胁迫下，分别比对照减少20.1%、26.9%和33.4%。 - Took researches in the handoff of leaf node in virtual backbone, and analyzed the problems of the address changes, the route destroying, and the communication maintenance, which would be faced when the leaf node's handoff in the virtual
研究了虚拟骨干网中叶子节点的越区切换机制，分析了虚拟骨干网中叶子节点越区切换后所面临的地址改变、路由破坏、通信保持等问题，并提出了相应 - Photosynthetic contribution of non-leaf organs above flag leaf node to grain yield accounted for 70%~ 80%, which increased with water supply decreasing or plant density increasing. 2.
在旗叶节以上器官对粒重的总贡献率中，非叶器官的贡献率所占比例达70～80%，随灌水减少、密度增大而增加。 - The third is all attributes from rote node to leaf node must be known.
ID3必须知道从叶子节点到树根的路径上所有内节点对应的属性的属性值。 - The central idea of improved B~+ tree algorithm is to allow the number of keys in non-leaf node is N times of leaf node.
改进B~+树算法的核心思想是让非叶子结点可含有的最多关键字个数是叶子结点的N倍。