AbstractThe following morphic characterization of EOL languages is established. The family of EOL languages equals the family of all languages of the form h(L∩R) where h is a morphism, R is a regular language and L is the maximal solution of an equation ⨍(X) = g(X), where ⨍ is a morphism, g is a coding and X is a language variable. It is shown that if g is allowed to be a weak coding, then a larger family of languages is obtained, which however is strictly contained in the family of ETOL languages
AbstractWe prove that for any regular language L0, Reg ≠ H−1 H(L0), where Reg denotes the family of ...
It is shown that if G is a deterministic ETOL system, there is a nondeterministic log space algorit...
Amongst the classical results of the language theory, one can cite the known characterization of alg...
AbstractThe following morphic characterization of EOL languages is established. The family of EOL la...
AbstractIt is noted, by using ideas of Culik, Fich and Salomaa [3], that for each language L and eac...
AbstractOne of the useful results concerning EOL languages states that a language is an EOL language...
One of the useful results concerning EOL languages states that a language is an EOL language if and ...
It is proved that a language is a coding (a letter-to-letter homomorphism) of a OL language, if, and...
E0L-languages arose in the study of developmental systems in biology. In this paper we characterize ...
If K is not a context-free language, then sh(K, a*) is not an EOL language (where sh(K1, K2) denotes...
There exists a PT0L language $L_0$ such that the following holds. A language $L$ is an ET0L language...
AbstractRecent work on systolic tree automata has given rise to a rather natural subfamily of EOL la...
AbstractThis paper provides a method of “decomposing” a subclass of ET0L languages into deterministi...
This paper provides a method of ''decomposing'' a subclass of ETOL languages into deterministic ETO...
A new subclass of EOL languages is introduced. Several properties of languages in this class are pro...
AbstractWe prove that for any regular language L0, Reg ≠ H−1 H(L0), where Reg denotes the family of ...
It is shown that if G is a deterministic ETOL system, there is a nondeterministic log space algorit...
Amongst the classical results of the language theory, one can cite the known characterization of alg...
AbstractThe following morphic characterization of EOL languages is established. The family of EOL la...
AbstractIt is noted, by using ideas of Culik, Fich and Salomaa [3], that for each language L and eac...
AbstractOne of the useful results concerning EOL languages states that a language is an EOL language...
One of the useful results concerning EOL languages states that a language is an EOL language if and ...
It is proved that a language is a coding (a letter-to-letter homomorphism) of a OL language, if, and...
E0L-languages arose in the study of developmental systems in biology. In this paper we characterize ...
If K is not a context-free language, then sh(K, a*) is not an EOL language (where sh(K1, K2) denotes...
There exists a PT0L language $L_0$ such that the following holds. A language $L$ is an ET0L language...
AbstractRecent work on systolic tree automata has given rise to a rather natural subfamily of EOL la...
AbstractThis paper provides a method of “decomposing” a subclass of ET0L languages into deterministi...
This paper provides a method of ''decomposing'' a subclass of ETOL languages into deterministic ETO...
A new subclass of EOL languages is introduced. Several properties of languages in this class are pro...
AbstractWe prove that for any regular language L0, Reg ≠ H−1 H(L0), where Reg denotes the family of ...
It is shown that if G is a deterministic ETOL system, there is a nondeterministic log space algorit...
Amongst the classical results of the language theory, one can cite the known characterization of alg...