|Abundance of mosaic patterns for CNN with spatially variant templates
Department of Applied Mathematics
|transition matrix;spatial entropy
|This work investigates the complexity of one-dimensional cellular neural network mosaic patterns with spatially variant templates on finite and infinite lattices. Various boundary conditions are considered for finite lattices and the exact number of mosaic patterns is computed precisely. The entropy of mosaic patterns with periodic templates can also be calculated for infinite lattices. Furthermore, we show the abundance of mosaic patterns with respect to template periods and, which differ greatly from cases with spatially invariant templates.
|INTERNATIONAL JOURNAL OF BIFURCATION AND CHAOS
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