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New Evolutionary Model of Life Based on Cellular Automata
Abstract
The chapter presents software that implements models of asynchronous cellular automata with a variable set of active cells. The software is considering one of the modifications of the game Conway “Life”. In the proposed model “New Life,” the possibility of functioning of a separate “living” cell is realized, which, when meeting with other “living” cells, participates in the “birth” of new “living” cells with a different active state. Each active state is determined by a code that is formed by the state values of the cells of the neighborhood. Variants of the evolution of the universe based on the surroundings of von Neumann and Moore are considered. This program uses restrictions on the number of “born” cells in order to limit the overpopulation of the universe. Possible goals and objectives to be solved in the use of “New Life” are also considered.
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