超正方体

如果你曾听说过超正方体，您也许已经对四度空间有了一个初步的了解。

If you 've heard of a tesseract cube , you may begin to understand .

当我渐渐睡着时，我还在想象在一个四维球体周围怎样构造一个超正方体。

I was trying to visualize how to construct a tesseract around a four-dimensional sphere when I drifted away to sleep .

FCCN网络的基本组成部分是一个8结点的超正方体，网络中每个结点的连接度为一个常数，随着结点数目的增加，网络会自动扩展到高一层，不影响原有网络的结构。

The basic composition of FCCN is a hypercube of 8 nodes . Since each node of FCCN has a constant node degree , the newly-entered node will be located in higher layer automatically and make no effect to the former structure .

依照树状结构，分层次地组建这种8结点的超正方体。

According to the tree structure , the hypercube is formed hierarchically .

考虑的参数点集是一般的超长方体.而不是Zacharie（2001）考虑的超正方体。

Moreover , the time set considered is a hyperrectangle which is more general than a hyper-square used by Zacharie ( 2001 ) .