Regular languages arelanguages that can be generated from one-element languages by applying certain standard operations a finite number of times. They are the languages that can be recognized by finite automata.
International Journal of Algebra & ComputationWilke, T.: An algebraic theory for regular languages of finite and infinite words. Int. J. Alg. Comput. 3, 447–489 (1993) MATH MathSciNetThomas Wilke. An algebraic theory for regular languages of finite and infinite words. Int. J. Alg. ...
Equivalence of Two Finite Automata Equivalence of Two Regular Expressions Convert Regular Expression to Regular Grammar Convert Regular Grammar to Finite Automata Pumping Lemma in Theory of Computation Pumping Lemma for Regular Grammar Pumping Lemma for Regular Expression Pumping Lemma for Regular Languages ...
Introduction to Automata Theory, Languages and Computation, Addison–Wesley Series in Computer Science, Addison–Wesley, Reading (1979) Google Scholar ISO86 October 1986, International Organization for Standardization Google Scholar KILW97 P. Kilpeläinen, D. Wood SGML and exceptions C. Nicholas, D...
Theorem 7.2.4 provides us with yet another characterization of the regular languages. Thus a regular language can be represented by a DFA, an NFA, a regular expression, an EFA, or a regular grammar. Show moreView chapter Book 1998, Fundamentals of the Theory of Computation: Principles and Pr...
Regular Sets in Automata Theory - Explore the concept of regular sets in automata theory, including definitions, properties, and examples. Learn how regular sets are essential in theoretical computer science.
We consider the state complexity of basic operations on non-returning regular languages. For a non-returning minimal DFA, the start state does not have any in-transitions. We establish the precise state complexity of four Boolean operations (union, inter
Rozenberg, “Characterization and Complexity of Uniformly Non-primitive Labeled 2-Structures”, Theoretical Computer Science, 154 (1996) 247–282. Article MATH MathSciNet Google Scholar J. Hopcroft and J. Ullman, “Introduction to Automata Theory, Formal Languages and Computation” Addison-Wesley ...
This chapter is in the book Logic, Computation, Hierarchies Ludwig StaigerTwo theorems on the Hausdorff measure ofregularω-languages¹Abstract:This paper presents the proof of two theorems dealing with the calcula-tion of the Hausdorff measure of regularω-languages, that is, subsets of the Cant...
Consider the DFA transition diagram in Fig. 1. Energy complexity of languages In complexity theory, it is standard to represent the worst-case amount of a computational resource used by an algorithm as a function of the length of its input. A lower bound on the growth rate of this functio...