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.
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.
