The chapter establishes mathematic basis of the theories of variational geometric constraints network, which is presented in the following chapter.
本章为下一章的变动几何约束网络理论的建立奠定了坚实的数学基础。
Leading evaluation method into design process, the generation strategies of well-constrained VGCN is discussed, and the theories of variational geometric constraints network are established.
并将该评价方法引入设计过程，研究完全约束的变动几何约束网络的生成策略，从而建立了变动几何约束网络理论。
The geometric model and computer programming of local highway network plays an important role in traffic estimate, as well as the calculation of shortcut and its reorganization.
区域公路网络结构的几何模型及计算机实现、最短路的计算及其辨识在交通量预测中起着重要的作用。
Concept of variational geometric constraints network (VGCN) is presented, and application of the network to computer aided tolerancing is studied.
提出变动几何约束网络概念，并将此网络应用于计算机辅助公差设计领域。
To quantitatively depict network division, the net division ratio was defined, and the physical and geometric factors that affect the net division ratio were analyzed.
为了定量地刻画网络分割，定义了网络分割比，并分析了影响网络分割比的物理及几何因素。
The approach makes use of another important feature of the scale-free network: the final formation of a scale-free network is controlled by the geometric mean of its degrees.
该方法利用了无标度网络的一个重要性质，即无标度网络的最终形成是受其度的几何均值控制的。
Through lossless compression of geometric data in the network transmission, an efficient method which alleviates the network burden is proposed.
通过对网络传输中的几何数据进行无损压缩，提出了一种能有效缓解网络负荷的方法。
In the network environment, the number of electronic information resources increase in a geometric progression.
在网络环境下，电子信息资源数量以几何数增加。
Based on the relation of geometric objects and terrain triangular irregular network, the various geometric objects are divided into two parts in this paper.
根据地物模型与地形三角网关系，将种类繁多地物模型划分为两大类。
Based on the relation of geometric objects and terrain triangular irregular network, the various geometric objects are divided into two parts in this paper.
根据地物模型与地形三角网关系，将种类繁多地物模型划分为两大类。
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