Evolution of Parallel Cellular Machines: The Cellular Programming Approach

by Moshe Sipper

Universal computation in quasi-uniform cellular automata.- Studying artificial life using a simple, general cellular model.- Cellular coevolving cellular computation.- Toward applications of cellular programming.- Online autonomous The firefly machine.- Studying fault tolerance in evolved cellular machines.- Coevolving architectures for cellular machines.- Concluding remarks and future research.

220 pages, Paperback

First published April 11, 1997

About the author

Moshe Sipper is a professor of AI, award-winning scientist, and fiction author. He has published over 220 scientific works, taught around the world, and explores topics ranging from deep learning to genetic programming.

He writes across multiple genres, including science fiction, absurdist humor, young adult and middle-grade fiction, biblical fiction, cartoons, popular science, and computer science.

When not researching or writing, he creates cartoons, sings, and imagines new worlds.

Learn more about the author at moshesipper dot com.