支撑树

词组短语

spanning tree

与支撑树相关的网络例句 [注：此内容来源于网络，仅供参考]

A treeless area between the icecap and the tree line of Arctic regions, having a permanently frozen subsoil and supporting low-growing ''.

苔原北极地区冰盖和乔本植被线之间的无树地区，有永冻底土，并支撑''。

In order to solve the problem of assigning minimum protection capacity, some ideal topologies are given and the algorithm of spanning tree construction is analyzed, and then an algorithm based on these is proposed to solve the problem of one link failure.

为了解决如何分配更少的保护容量的问题，该文提出了一些理想的拓扑结构，研究了支撑树算法。在这两者的基础上针对一条链路出现故障的问题给出了利用理想拓扑的保护容量分配算法。

Apply the standard tools of VGC mechanism design to solve the minimum spanning tree problem.

文中将机制设计的标准工具VGC机制应用到解决最小支撑树问题。

The design of the platform is based on Multi-Agent system theory and our lab's research project -- PAMR (Pedrail Autonomous Mobile Robot).

本文首先介绍了智能体及多智能体机器人系统的概念，研究了其系统结构，提出多层次智能体树结构模型；然后根据该模型，结合嵌入式实时系统和履带式自主移动机器人的分布式硬件系统的特点，研究设计了机器人软件系统支撑平台。

Man's origin; The Magism of God; Man, the continuation or recommencement of God; Door of Light and love in Man; How to attain God's Action; The Fall; Human institutions derive from above; Blood of clean animals; The Exodus; Law of Sacrifices; Three degrees of abominations; Mosaic law preparatory to spiritual law; Man delivered from prison of his blood; The Eucharist; Progress of individual man towards Canaan; The perfecting of our faculties hereafter requires sacrifice of all here; God's love and Man's insensibility; The work of the man of faith reacts on the whole tree of Man; On the Word: The Word sustains all things; The Words requires an apprenticeship; The true Cross; The substance of men's words; Power of the enemy during night; Duties, responsibilities, and misdirection of literary men; Religious literature; Gradations in Adam's fall; Demonstration of God and the soul; The sublime is God, and all that connects us with Him; Ministers of the Word withholding the key of knowledge; Desire, the principle of movement; Three degrees of the Word; Progressive names, stat es, and processes; Who should teach the deep things of God; Eternity in a point of time.

人类的起源；magism的上帝；男子持续或恢复上帝；门光与爱的人；如何实现上帝的行动；秋季；人文机构从以上；血液清洁动物；逃亡；法牺牲；三度的弊病；镶嵌法预备修行法；男子交付监狱，从他的血液；圣；进度个别男子对迦南；完善的院系称需要牺牲一切在这里；上帝的爱的人，不识时务；工作的人，信仰的反应，对整个树文；就两个字：字支撑一切事物；字需要一个学徒；真正的跨越；物质男人的话；政权的敌人在夜间；职责，并55/155文人；宗教文献；等级亚当的堕落；论证上帝和灵魂；妙的是上帝，一切联系在一起，同他合作；部长字扣压的关键知识；欲望的原理，运动；三度的词；进名字，和stat权证和过程；谁教的深层的东西，上帝；永恒的，在一个时间点。

A tree or shrub,especially a fruit tree such as an apple or a pear,repeatedly pruned and trained to grow on a support as a single ropelike stem.

修剪成单干形的果树反复修剪使其生长在单一绳状树干上做为支撑的树或灌木，尤其是果树，如苹果树或梨树

A tree or shrub,especially a fruit tree such as an apple or a pear,repeatedly prune d and trained to grow on a support as a single ropelike stem.

修剪成单干形的果树反复修剪使其生长在单一绳状树干上做为支撑的树或灌木，尤其是果树，如苹果树或梨树

The paper sees Horton code as a primary characteristic value and generalizing condition of the river network, and selects, simplifies and generalizes river based on scale of before and after generalization,, The main contents of paper include:(1)Reviews generalization concept, arithmetic operators, methods, influence factor and frame of map generalization and design, analyze core theory of feature —oriented map generalization, discuss the main context and applicable method of river feature generalization(2) Summarizes natural form and spatial configuration characteristic of the river network, and describe the river network using digraph Paper mostly researches tree —like river, identifies the direction of river based on the angle of the main and secondary reach, and identifies the main river based on most length and predominant continuation of the flow direction along the major channel , then receives the grade of river by recursion and structuralize river network, builds hiberarchy rank system of river based on Horton coding(3)Designs the model of river network based on Horton code, and organizes the data of node, branch and river.

本论文把Horton编码作为水系网的一个主要特征值并以此作为综合条件，并根据综合前后的比例尺对水系网进行选取、化简和概括。论文的主要工作包括：(1)总结地图综合的概念、算子分解、实现方法、主要影响因素和总体设计框架，分析面向地理特征的制图综合的核心理论支撑，在此基础上讨论水系专题要素综合的主要内容和综合适用的方法。(2)总结水系网的自然形态和空间结构特征，用图论对水系网进行描述。以树状水系作为主要研究对象，依据树状水系的主支流交汇关系确定水系流向，依据水系中主流的长度最长和主流保持原有的流向趋势确定主流，按此递归得到河流的不同级别，对基于河段组织的水系网结构化，自动建立水系的Horton编码。(3)设计基于Horton码的水系网模型，对结点、河段、河流和河系的数据进行有效的组织。

I'd like to go by climbing a birch tree~ And climb black branches up a snow-white trunk Toward heaven, till the tree could bear no more, But dipped its top and set me down again.

就让我爬上一棵白桦树离去：攀着黑黑的树枝，沿雪白的树干直上，直到那树再也支撑不住，弯下来，把我重新送回到地面。

The eudemon of tree of thousands of years has no power to sustain the life force of the whole enchanted forest. So the green place turned into desolation and the local water became dead lake in this forest. There were variational creatures everywhere or residents whose minds have been affected.

被剥离了力量的千年树精灵无力支撑整个梦幻森林的生机力量，于是这片森林里，青葱的地方变得荒芜，流水的地方变为死潭，到处充斥着变异的生物或是受到心智影响的居民，而且，一路上会经常出现被百合用药物致使失控的恐龙。

与支撑树相关的网络解释 [注：此内容来源于网络，仅供参考]

Minimum Spanning Tree Problem：最小支撑树问题

最小生成树聚类:Minimal Spanning Tree Clustering | 最小支撑树问题:Minimum Spanning Tree Problem | 度约束最小生成树问题:degree-constrained minimum spanning tree

Rootstock：砧木

简介 砧木(rootstock) 嫁接繁殖时承受接穗的植株. 砧木可以是整株果树,也可以是树体的根段或枝段,起固着、支撑接穗并与接穗愈合后形成植株生长、结果. 砧木是果树嫁接苗的基础. 嫁接用的砧木,要选择生育健壮,根系发达,适应当地环境条件,

spanning tree：支撑树

透明网桥使用了一个支撑树(spanning tree)算法,即互连在一起的网桥在进行彼此通信后,就能找出原来的网络拓扑的一个子集,在这个子集里整个连通的网络中不存在回路,即在任何两个站之间只有一条路径.

Minimum Spanning Tree：最小支撑树

Zahn发展了一些基于最小支撑树(minimum spanning tree)的图论聚类算法,这种方法适用于单连锁的情况. 其他一些在计算时需要考虑的问题包括:非特异性,在单连锁和其他一些聚类方法中当非特异的情况出现时,比如有两对分组之间的距离都最小时,

minimal spanning tree：最小生成树

我们通常说的最小生成树(minimal spanning tree)就是指图G的所有支撑树中边权之和最小的支撑树. 图G的一个支撑子图(spanning subgraph)是一个含有G的所有节点的子图. 如果图G的支撑子图是一棵树,则称为G的支撑树(spanning Tree),或者称为生成树.

minimal spanning tree：最小支撑树

shortest route最短路 | minimal spanning tree最小支撑树 | spanning tree支撑树

maximum spanning tree：最大支撑树

最小支撑树:minimum spanning tree | 最大支撑树:maximum spanning tree | 近最小生成树:Near minimum spanning tree

buttony：钮扣状的/多钮扣的

buttonwood /扣子树/其木材/ | buttony /钮扣状的/多钮扣的/ | buttress /拱壁/扶壁/支持物/支持/以扶壁支撑/

Phoeniculidae：林戴胜科

林戴胜下目(Phoeniculides)分为林戴胜科(Phoeniculidae)和弯嘴林戴胜科(Rhinopomastiae),只分布于非洲萨哈拉以南,其体羽多为黑色而具有金属光泽,喙细长侧扁而向下弯曲,以昆虫等为食,擅长攀援,尾部长而硬,在攀树时起到支撑作用.

the maximum transmittable torque：最大转矩

最大熵谱估计:Maximum entropy spectral estimation | 最大转矩:the maximum transmittable torque | 最大支撑树:maximum spanning tree