Bandman O. Relationships between cellular automata model parameters and their physical counterparts // Computer Science. — 2018. — # 42 — P. 1-14
Bandman O. Simulation performance versus stochasticity in large-scale cellular automata models // Computer Science. — 2016. — # 39 — P. 1-15
Bandman O. Cellular automata diffusion models for multicomputer implementation // Computer Science. — 2014. — # 36 — P. 21-31
Bandman O. The concept of invariants in reaction-diffusion cellular automata // Computer Science. — 2012. — # 33 — P. 23-33
Bandman O. Cellular Automata composition techniques for spatial dynamics simulation // Computer Science. — 2008. — # 27 — P. 1-39
Bandman O. Synchronous versus asynchronous cellular automata for simulating nano-systems kinetics // Computer Science. — 2006. — # 25 — P. 1-12
Bandman O. Simulation of complex phenomena by Cellular Automata composition // Computer Science. — 2004. — # 21 — P. 9-20
Bandman O. Spatial functions approximation by Boolean arrays // Computer Science. — 2003. — # 19 — P. 1-13
Bandman O. Discrete-continuous models for spatial dynamics simulation // Computer Science. — 2002. — # 17 — P. 17-29
Bandman O. Application of Parallel Substitution Algorithm for spatial dynamics simulation // Computer Science. — 1999. — # 10 — P. 1-14
Bandman O., Pudov S., Selikhov A. Discrete cellular neural networks for image processing // Computer Science. — 1998. — # 9 — P. 15-21
Bandman O., Pudov S. Stability of stored patterns in cellular-neural associative memory // Computer Science. — 1996. — # 4 — P. 1-16
Bandman O. Synchronous-asynchronous transformation of cellular algorithms // Computer Science. — 1994. — # 2 — P. 25-44
Bandman O., Markova V. Spectral analysis and synthesis of logical functions for special-purpose VLSI implementation // Computer Science. — 1993. — # 1 — P. 5-22
