<--- Back to Details
First PageDocument Content
Discrete mathematics / Theoretical computer science / Formal languages / Ergodic theory / Subshift of finite type / Shift space / Recursively enumerable set / Dynamical system / Cellular automaton / Combinatorics on words / Mathematics / Automata theory
Date: 2013-03-26 14:30:37
Discrete mathematics
Theoretical computer science
Formal languages
Ergodic theory
Subshift of finite type
Shift space
Recursively enumerable set
Dynamical system
Cellular automaton
Combinatorics on words
Mathematics
Automata theory

Recursive Cellular Automata Invariant Sets

Add to Reading List

Source URL: www.complex-systems.com

Download Document from Source Website

File Size: 3,00 MB

Share Document on Facebook

Similar Documents

arXiv:1007.0845v3 [math.KT] 15 MayOn the K- and L-theory of hyperbolic and virtually finitely generated abelian groups Wolfgang L¨ uck∗

arXiv:1007.0845v3 [math.KT] 15 MayOn the K- and L-theory of hyperbolic and virtually finitely generated abelian groups Wolfgang L¨ uck∗

DocID: 1r7KB - View Document

Inducing Suffix and LCP Arrays in External Memory Timo Bingmann∗, Johannes Fischer†, and Vitaly Osipov‡ KIT, Institute of Theoretical Informatics, 76131 Karlsruhe, Germany {timo.bingmann,johannes.fischer,osipov}@ki

Inducing Suffix and LCP Arrays in External Memory Timo Bingmann∗, Johannes Fischer†, and Vitaly Osipov‡ KIT, Institute of Theoretical Informatics, 76131 Karlsruhe, Germany {timo.bingmann,johannes.fischer,osipov}@ki

DocID: 1qXlh - View Document

MATHSYLLABUS Analysis II Spring 2007 Introduction to Analysis

MATHSYLLABUS Analysis II Spring 2007 Introduction to Analysis

DocID: 1qL9Q - View Document

79  Documenta Math. A Lambda-Graph System for the Dyck Shift and Its K-Groups

79 Documenta Math. A Lambda-Graph System for the Dyck Shift and Its K-Groups

DocID: 1qIyP - View Document

APPROXIMATING THE FIRST L2 -BETTI NUMBER OF RESIDUALLY FINITE GROUPS arXiv:1011.4739v2 [math.GR] 16 Dec 2010  ¨

APPROXIMATING THE FIRST L2 -BETTI NUMBER OF RESIDUALLY FINITE GROUPS arXiv:1011.4739v2 [math.GR] 16 Dec 2010 ¨

DocID: 1qDY3 - View Document