Cellular Automata Technology
Description
This book constitutes the refereed conference proceedings of the 5th Asian Symposium on Cellular Automata Technology, ASCAT 2026, held in Calicut, India, during February 25-27, 2026.
The 20 full papers included in this book were carefully reviewed and selected from 41 submissions.They focus on cellular automata, both as a technological framework and as a model of computation across diverse fields.
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A Cellular Automaton Model for Zari Pattern Generation in Kanjeevaram Silk Sarees.- GridLife: A Game of Life Inspired Non-Parametric Grid-Based Linear-Scalable Density Evolution Framework for Clustering.- Cellular Automata Model of Predator-Prey Dynamics with Stochastic Movement Feedback.- Finding fixed points of Cellular Automata over Cayley Tree of order 2.- Design of Light-Weight Combined Pseudo Random Number Generator using Cellular Automaton.- Implementing the Morita Gate in an asynchronous cellular automaton.- Developing NSRTD for 5-Neighborhood Periodic Boundary Cellular Automata.- Equivalence Classes of Complement Invariant CA on Finite 2D Triangular Lattice.- Analysing couples (131, X) under temporally stochastic environment.- The Role of Distant Neighbor on Locally Chaotic ECAs: A Study.- Cellular Automata Based In-Memory Search Operation.- Multi-Length Attractors First Degree Decimal Cellular Automata as Classifier.- Dynamics of non-convergent skewed elementary cellular automata.- Fuzzy Cellular Automata Representation of a Logistic Map for a Population with Fuzzy Initial Value and Fuzzy Growth Rate.- An Algorithmic Approach of Two-Dimensional Cellular Automata Rules Splicing with Comparative Distance Metric.- Predator-Prey Dynamics in a Three-Species Wa-Tor Model using Cellular Automata with Memory.- CA-CNN Deep Learning Model for Image Classification.- A study of non-uniform cellular automata with fully asynchronous updating: first results on the non-convergent cases.- Design of Non-Uniform Elementary Asynchronous Cellular Automata for Pattern Classification.- Correlating a measure of asynchrony of block-sequential updates with the dynamics of elementary cellular automata.