Abstract The wide range of applications of cellular automata (CA) in various fields like computer... more Abstract The wide range of applications of cellular automata (CA) in various fields like computer sciences, biology and bioinformatics, mathematics, engineering etc. has motivated researchers to investigate the structure and behavior of a vast set of CA rules in a systematic manner. One dimensional Cellular automata (1D CA) has been investigated and explored a lot. However, due to the huge set of rules, Two Dimensional Cellular Automata (2D CA) is still an attraction for investigation.
Proceedings of the International Conference on IT …, Jan 1, 2011
As the semiconductor technology is moving towards the submicron era, the system designers try to ... more As the semiconductor technology is moving towards the submicron era, the system designers try to embed complex functions from software to hardware blocks on the silicon floor. At the same time for keeping the design complexity within a feasible limit, the designers are forced to look for simple, regular, modular, cascadable and reusable building blocks for implementing various complex functions. The homogeneous structure of Cellular Automata (CA) is a right candidate to fulfill all the above objectives. In this paper we ...
Abstract The wide range of applications of cellular automata (CA) in various fields like computer... more Abstract The wide range of applications of cellular automata (CA) in various fields like computer sciences, biology and bioinformatics, mathematics, engineering etc. has motivated researchers to investigate the structure and behavior of a vast set of CA rules in a systematic manner. One dimensional Cellular automata (1D CA) has been investigated and explored a lot. However, due to the huge set of rules, Two Dimensional Cellular Automata (2D CA) is still an attraction for investigation.
Proceedings of the International Conference on IT …, Jan 1, 2011
As the semiconductor technology is moving towards the submicron era, the system designers try to ... more As the semiconductor technology is moving towards the submicron era, the system designers try to embed complex functions from software to hardware blocks on the silicon floor. At the same time for keeping the design complexity within a feasible limit, the designers are forced to look for simple, regular, modular, cascadable and reusable building blocks for implementing various complex functions. The homogeneous structure of Cellular Automata (CA) is a right candidate to fulfill all the above objectives. In this paper we ...
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