A geometric figure in four or more dimensions, which is analogous to a cube in three dimensions. Specifically, the n-dimensional equivalent of a cube for any non-negative integer n
A computer architecture in which each processor is connected to n others based on analogy to a hypercube of n dimensions
An OLAP product that stores all data in a single cube which has all the application dimensions applied to it
A multicomputer in which the nodes are placed at the vertices of a d-dimensional cube In most cases, a binary hypercube is used in which each node is connected to n others in a hypercube containing 2**n nodes
Design for interconnecting elements of a massively parallel system Connected processors, constituting a virtual subnetwork, form a cube
a geometric figure (as a tesseract) in Euclidean space of n dimensions that is analogous to a cube in three dimensions. Also the n-dimensional equivalent of a cube for any positive integer n
denoted Qk, is a k-dimensional cube Formally, Q1 = K2, and Qk = Qk-1 ´ K2 (´ is the Cartesian product operation) Hypercubes are the most famous of the only two known classes of minimum broadcast graphs
noun - The analog of the 2d square and 3d cube in any dimension higher than the third A four-dimensional hypercube is called a tesseract In common usage, the word hypercube is often used to refer only to tesseracts
a multidimensional construct formed from the cross product of a number dimensions In a regular hypercube, every cell is defined by one member from each dimension
In topology, the four-dimensional figure whose faces are cubes of identical size (as the cube is the 3D figure whose faces are squares of identical size) In an SN0 system with 32 or more CPUs, the CPU nodes are connected by data paths that follow the edges of a hypercube
(n ) A topology of which each node is the vertex of a d-Dimensional cube In a binary hypercube, each node is connected to n others, and its co-ordinates are one of the 2^n different n-bit sequences of binary digits Most early American multicomputers used hypercubic topologies, and so the term hypercube is sometimes used as a synonym for multicomputers See also butterfly, e-cube routing, shuffle exchange network
A multidimensional model sup-porting more than three dimensions You can visualize this model by considering a number of three dimensional cubes that are related to each other