 (5) An exploration of reversible septenary number-conserving cellular automata using a range of known methodsB. Wolnik, A. Dzedzej, M. Dziemiańczuk, A. Wardyn and B. De Baets(2023) NATURAL COMPUTING. 22, 463-475. |
| (4) Non-uniform number-conserving Elementary Cellular Automata on the infinite grid:
a tale of the unexpectedB. Wolnik, M. Dziemiańczuk and B. De Baets(2023) INFORMATION SCIENCES. 649, 119680. |
| (3) Non-uniform number-conserving elementary cellular automataB. Wolnik, M. Dziemiańczuk and B. De Baets(2023) INFORMATION SCIENCES. 626, 851-866. |
| (2) A decomposition theorem for number-conserving multi-state cellular automata on triangular grids B. Wolnik, A. Nenca and B. De Baets(2023) THEORETICAL COMPUTER SCIENCE. 953, 113795. |
| (1) Seven-state rotation-symmetric number-conserving cellular automaton that is not isomorphic to any septenary oneB. Wolnik, A. Nenca, A. Dzedzej and B. De Baets(2023) PHYSICAL REVIEW E. 107, 024211. |