Two-dimensional jumping finite automata
S. James Immanuel, Durairaj Gnanaraj Thomas · Mathematics for Applications · 2017
In this paper, we extend a newly introduced concept called the jumping finite automata for accepting string languages to two-dimensional jumping finite automata for accepting two-dimensional languages.We discuss some of the basic properties of these automata and compare the family of languages accepted by these automata with the family of Siromoney matrix languages and also recognizable picture languages (REC).We also discuss some of the closure properties of these automata along with some of their decidability properties. MSC (2010): primary 68Q45.