Abstract
A cellular pyramid is an exponentially tapering stack of arrays of processors (‘cells’), where each cell is connected to its neighbors (‘siblings’) on its own level, to a ‘parent’ on th level below. It is shown that in some situations, if information flows top-down only, from fathers to sons, then a cellular pyramid may be no faster than a one-level cellular array; but it may be possible to use simpler cells in the pyramid case.
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