One of the questions of the longest open standing in the area of Lindenmayer-systems is the decidability of the equivalence problem for deterministic, informationless L-systems (DOL-Systems). This and some related equivalence-problems (equivalence with respect to the set and the sequence of generated words, Parikh-vectors and word-lengths) are investigated. Some of these related problems are shown to be recursively solvable, and the implications of these results on the main open problem mentioned above are discussed. (The paper has been accepted for publication in Information and Control)
AbstractThe problem of decidability of ultimate equivalence, emptiness of intersection and finitenes...
AbstractWe will discuss several recently developed techniques for proving the decidability of the eq...
We study the computational complexity of some decidable systems. The problems are membership. empti...
The language and sequence equivalence problem for DOL-systems is shown to be decidable. In an algebr...
The decidability of equivalence problems for DOL systems has been studied in various papers. One of...
AbstractThis paper continues the research on elementary D0L systems. In particular we provide an alt...
AbstractWe show that equivalence is decidable for D0L systems with finite axiom sets. We discuss als...
AbstractWe show that language equivalence is decidable for HD0L systems having D0L growths. By defin...
AbstractA property, called smoothness, of a family of DOL-systems is introduced. It is shown that th...
AbstractWe show by a simple argument how any algorithm for solving the D0L language equivalence prob...
AbstractWe show that sequence equivalence, language equivalence, growth equivalence and road equival...
AbstractWe have recently proved that there is a bound for the sequence equivalence problem of polyno...
AbstractWe describe four complete and recursively enumerable formal systems S0,D0,H0,B0. Each one of...
We determine the computational complexity of some decidable problems concerning several types of Li...
It is shown that decidability of equivalence between an FDOL language and a DOL language implies tha...
AbstractThe problem of decidability of ultimate equivalence, emptiness of intersection and finitenes...
AbstractWe will discuss several recently developed techniques for proving the decidability of the eq...
We study the computational complexity of some decidable systems. The problems are membership. empti...
The language and sequence equivalence problem for DOL-systems is shown to be decidable. In an algebr...
The decidability of equivalence problems for DOL systems has been studied in various papers. One of...
AbstractThis paper continues the research on elementary D0L systems. In particular we provide an alt...
AbstractWe show that equivalence is decidable for D0L systems with finite axiom sets. We discuss als...
AbstractWe show that language equivalence is decidable for HD0L systems having D0L growths. By defin...
AbstractA property, called smoothness, of a family of DOL-systems is introduced. It is shown that th...
AbstractWe show by a simple argument how any algorithm for solving the D0L language equivalence prob...
AbstractWe show that sequence equivalence, language equivalence, growth equivalence and road equival...
AbstractWe have recently proved that there is a bound for the sequence equivalence problem of polyno...
AbstractWe describe four complete and recursively enumerable formal systems S0,D0,H0,B0. Each one of...
We determine the computational complexity of some decidable problems concerning several types of Li...
It is shown that decidability of equivalence between an FDOL language and a DOL language implies tha...
AbstractThe problem of decidability of ultimate equivalence, emptiness of intersection and finitenes...
AbstractWe will discuss several recently developed techniques for proving the decidability of the eq...
We study the computational complexity of some decidable systems. The problems are membership. empti...