1) Mbius cubes
Mbius立方体网络
2) Mbius cube
Mbius立方体
1.
The Mbius cube is a variant of the hypercube,which possesses some fea- tures desirable for parallel processing.
Mbius立方体是超立方体结构的一种变形,具有并行处理所需的某些性质。
3) hypercube networks
超立方体网络
1.
Fault Tolerant Models and Fault Tolerant Routing Algorithms in Hypercube Networks with a Large Number of Faulty Nodes;
具有大量错误结点的超立方体网络容错模型和容错路由算法研究
2.
Fault tolerant routing algorithm on hypercube networks
故障超立方体网络中的路由算法
3.
Based on the conception of LIP and RSC,this paper proposed an efficient unicast fault-tolerant routing algorithm for hypercube networks.
基于LIP和RSC的概念,提出了一个有效的超立方体网络单播容错路由算法。
4) hypercube network
超立方体网络
1.
A probabilistic analysis on fault tolerance of hypercube networks;
超立方体网络容错性的概率分析
2.
Parallel fault tolerant routing algorithms in hypercube networks;
超立方体网络并行容错路由算法
3.
Research and Development of Simulation Laboratory Platform on Hypercube Networks;
超立方体网络模拟实验平台的研究与开发
5) hypercube
['haipə,kju:b]
超立方体网络
1.
Broadcast fault tolerant routing algorithms in hypercube networks;
超立方体网络广播容错路由算法
2.
Cycle embedding in hypercubes with faulty vertices and edges;
容错超立方体网络的圈嵌入(英文)
3.
Edge-fault-tolerant bipanconnectivity of hypercubes;
超立方体网络的边容错二部泛连通度(英文)
6) hypercubes
超立方体网络
1.
Faulttolerant algorithms in ndimensional hypercubes are presented,which are adaptive, deadlockfree and livelockfree.
文章给出n-维超立方体网络的容错路径选择算法,该算法具有自适应性,可以防止死锁和活锁现象的发生,应用该算法,可求出一条基于安全优先策略的可行最短路径。
补充资料:Hilbert立方体
Hilbert立方体
Hflbert cube
s沁口目s脚止)).这是一个内容丰富成果丰硕的研究领域. 【AI]中有绝好的介绍及参考文献.1翻卜时立方体〔f口加时。谕.;几几诵epT佃二.钾.,l HIIb叮空间(托1饮成sP别笼)l:的子空间,它的点x一(xl,xZ,…)满足条件0‘x,‘(合)一,,2,·…Hilbert立方体是一个紧统(印代甲aCtllnl),拓扑等价(同胚)于可数多个区间的T叮oHoB积,即毛盯OHo.立方体(T泪如加v CUbe)I从。.这是具有可数基的度量空间类中的万有空间(u苗记岛沮sp即笼)(yP“coH摩粤化定理(Ul笋ohnn毖tri皿山nd笙幻reln)). B .A.nac卜川劝B撰【补注】到山比d立方体的拓扑结构是在无穷维拓扑这一领域内得到研究的(见无穷维空间(而丽记~dinrn-
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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