Abstract:
Two approaches to construct vertex-transitive and 2-transitive partitions of $n$-cube into perfect codes are introduced along with the lower bounds on the number of inequivalent transitive, vertex-transitive and 2-transitive partitions of $n$-cube into perfect codes. Bibl. 16.
Keywords:perfect binary code, vertex-transitive partition, $k$-transitive partition of $n$-cube.