- 更多网络例句与一对多对应相关的网络例句 [注：此内容来源于网络，仅供参考]
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The relationship of data in network database is not only one to one mapping, but also one to multi mapping.
网络数据库中的数据之间的关系不是一一对应的，可能存在着一对多的关系，这种关系也不是只有一种路径的涵盖关系，而可能会有多种路径或从属的关系。
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A contour tree has found many important applications in map generalization,terrain analysis,etc.with respect to generating contour tree,this paper has proposed a scan-line based method,this method translates intersection point pair of scan-line and contour line as range,explains containment relation between range as containment relation between contour lines,determines "one-many" direct containment relations between parent contour and child contour by this method.
中国科学院计算所，北京 100080摘要等高线树在地图的产生、地形分析等应用中具有较重要的应用。对于产生等高线树，提出了一种基于扫描线的方法，该方法把扫描线和等高线之间的交点对解释为区域，利用区域之间的包含关系对应等高线之间的包含关系，以这种方式来确定父等高线与子等高线之间的"一对多"直接包含关系。
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Firstly, affine covariant neighborhoods of visual words are used to verify the spatial consistency. Secondly, a set of affine transformation matrices between the corresponding covariant regions is calculated, and the matrix with the most inliers is chosen as the best matching affine transformation matrix. In this step, only a single pair of corresponding affine covariant regions is used to calculate the 6 degree of freedom affine transformation for acceleration. In the last step, the spatial consistency is verified by the BMATM.
首先通过视觉关键词仿射协变的空间邻近特征集进行初步空间关系一致性匹配；然后计算对应仿射协变区块的多组可能的仿射变换矩阵，并选择满足区块匹配最多的变换矩阵作为对象与图像之间最终仿射变换矩阵，其中，仅利用一对协变区块来计算自由度为6的仿射变换的算法有效地提高了计算速度和鲁棒性；最后通过计算出的仿射变换矩阵来精确验证对象与图像之间的空间位置关系是否一致。
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At present, there are drilling more than 150 plants, with an annual output of various drilling about 1 million units, export over 20 million units, the drilling of speed through a pulley shift to resolve the pagoda, the governor need to stop the process, open the protective Enclosures, manual transmission, and other procedures, the process cumbersome and poor security, and is governing, not transferred to the spindle speed corresponding to the different materials of various aperture drilling at the best speed, the production efficiency is low.
目前，全国有钻床厂150多家，年产各种钻床100万台左右，出口20多万台，这些钻床的变速都是通过一对宝塔皮带轮换档解决的，调速过程需要停车、打开防护罩，手工换档等程序，操作过程繁琐且安全性差，并且是有级调速，不易使主轴转速调到对应于不同材质的各种孔径钻削时的最佳转速，因此生产效率也低。
- 更多网络解释与一对多对应相关的网络解释 [注：此内容来源于网络，仅供参考]
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Multiple allele：复等位基因
造成基因多态性的原因:1复等位基因(multiple allele)位于一对同源染色体上对应位置的一对基因称为等位基因(allele). 由于群体中的突变,同一座位的基因系列称为复等位基因. 某些复合体基因的每一座位都存在为数众多的复等位基因,
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one term：单项的
one sided upper approximate limit 单侧偏大近似极限 | one term 单项的 | one to many correspondence 一对多对应
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one to many correspondence：一对多对应
one term 单项的 | one to many correspondence 一对多对应 | one to many mapping 一对多映射
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one to many mapping：一对多映射
one to many correspondence 一对多对应 | one to many mapping 一对多映射 | one to one 一对一的
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one to one assembler：一对一汇编程序,直接翻译程序
one-to-many 一对多 | one-to-one assembler 一对一汇编程序,直接翻译程序 | one-to-one correspondence 一一对应,一一对应的关系
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one-to-many function：一对多函
one-to-many correspondence 一对多对应 | one-to-many function 一对多函 | one-to-many mapping 一对多映射
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one-to-one：一对一的
one to many mapping 一对多映射 | one to one 一对一的 | one to one correspondence 一一对应
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multiple alleles：复等位基因
HLA的多态性主要是由于复等位基因和共显性所致: (1)复等位基因(multiple alleles),位于一对同源染色体上对应位置的一对基因叫等位基因. 由于群体的突变,同一基因座的基因系列称为复等位基因,对某一个体来说一个基因座只有一对等位基因,