hypercube

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hy·per·cube

 (hī′pər-kyo͞ob′)
n.
1. Any of a set of objects resulting from the generalization of a two-dimensional square and a three-dimensional cube to n dimensions. A hypercube has 2n corners, each of which is connected to its n nearest adjacent corners by edges that all have the same length.
2. A network whose nodes have the connectivity of such an object.

hypercube

(ˈhaɪpəˌkjuːb)
n
(Mathematics) maths a figure in a space of four or more dimensions having all its sides equal and all its angles right angles
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References in periodicals archive ?
Emerging like a perfectly polished diamond in the world of match-3 puzzles, Blitz offers countless ways to complete each level of 60-second madness, as you discover the awesome power of Flame gems, Star gems and Hypercubes.
The innovative RONNIEE Express data plane enables exascale storage that combines supercomputing's massively parallel operational concepts and an innovative I/O interface eliminating central switching, thanks to the support of a multi-dimensional topology like 2D/3D Torus and Hypercubes.
1, such as trees, hypercubes (but not their quotients
The subspaces obtained by the state space discretization are called hypercubes [18].
Unearth gold, artifacts and Hypercubes to score big
There has been little study of this in Word Ways since Darryl Francis created various hypercubes (up to 5 dimensions) in the 1970s.
Topics include object serialization in Java remote method invocation, data clustering of tolerance space in Matlab, genetic algorithms for hunting snakes in hypercubes, a web-based cooperative research paper edit system, and text classification by combining different distance functions with weights.
In this way the entire search space is divided into 2dk unique equal size k--dimensional hypercubes (d is a user parameter and k is the number of objective functions).
Banchoff's computer-generated images of four-dimensional hypercubes, that really persuaded him that mathematics could serve as his gateway to higher-dimensional spaces.
Fabric Topologies: Users discussed switch fabric connections, including fat tree, multi-dimensional toruses, hypercubes and meshes.
Lilith HyperCubes (data containers) are limitless in size and can contain different types of homogenous and non-homogeneous data.