1.超方形
1.a figure in four or more dimensions with sides that are all of the same length and angles that are all right angles
1.Hypercube network is one of the most important and attractive network topologies so far.
超立方体网络是迄今为止最为重要和最具吸引力的网络拓扑结构之一。
2.Optimal Latin hypercube experimental design method was used to produce data samples.
优化样本数据设计采用最优拉丁方试验设计方法确定。
3.The Latin hypercube method was used to represent the uncertainty surrounding the input parameters.
我们使用了拉丁超立方方法来表示输入参数相关的不确定性。
4.The method we use allows the load-balanced switch to be compared with ring, torus and hypercube interconnects, too.
我们在此使用的方法让我们可以将负载平衡交换机与环状结构、环面体结构以及超越立方体结构的连结法做比较。
5.The crossed cube is a variant of the hypercube, and it has better recursive structure, graph parameters and topological properties.
交叉立方体是超立方体的一个变种，具有良好的图参数、拓扑性质和结构递归性。
6.And the more faulty nodes and faulty links in the hypercube, the Maximum Safety-Path Matrices (MSPMs) is more simple.
并且在超立方体中含有的错误结点或错误联接越多，极大安全链路矩阵的形式就越简单。
7.Designing Efficient Routing Algorithms on Hypercube Networks with A Large Number of Faulty Nodes
具有大量错误结点的超立方体网络中的高效路由算法的设计与讨论
8.Constructing Circuit Metamodel Using Kriging Interpolation Integrated with Latin Hypercube Sampling Experiment
Kriging插值与拉丁超立方试验相结合构造电路元模型
9.Unicast Routing Algorithms on Hypercube Networks with a Large Number of Faulty Nodes
具有大量错误结点的超立方体网络中的单播路由算法的设计与分析
10.Adaptive Blindness Routing Algorithms for Interconnection Networks in Hypercube
超立方体互连网络自适应简捷盲寻径搜索算法