AbstractWatson–Crick complementarity has been used as a basis for massive parallelism in DNA computing. Also its use in an operational sense has turned out to be very promising in the study of Watson–Crick D0L systems. The latter generalize D0L systems in a way not investigated so far in the theory of Lindenmayer systems. The complexity of the “trigger” is crucial for decidability properties concerning Watson–Crick D0L systems. The purpose of this paper is to settle the basic decision problems in the case of regular triggers
We introduce the sticker systems, a computability model, which is an abstraction of the computations...
Watson-Crick automata, recently introduced in [1], are new types of automata in the DNA computing fr...
A fundamental concept in computer science is that of the universal Turing machine, which is an abstr...
AbstractWatson–Crick complementarity has been used as a basis for massive parallelism in DNA computi...
AbstractThe phenomenon known as Watson–Crick complementarity is basic both in the experiments and th...
AbstractThe properties of Watson–Crick D0L system, a language–theoretical formalism inspired by natu...
AbstractWatson-Crick D0L systems, introduced in 1997 by Mihalache and Salomaa, arise from two major ...
AbstractA Watson–Crick D0L system is a language-theoretic model which is based on a D0L system and a...
AbstractWe investigate the class of functions computable by uni-transitional Watson–Crick D0L system...
AbstractWatson–Crick automata are finite state automata working on double-stranded tapes, introduced...
AbstractWe show that sequence equivalence, language equivalence, growth equivalence and road equival...
AbstractParallel communicating Watson–Crick automata systems were introduced in [E. Czeizler, E. Cze...
Apart from the massive parallelism of DNA strands, the phenomenon known as Watson-Crick complementar...
AbstractThe optimism about the possibilities of DNA computing is based on two central issues: the Wa...
Parallel communicating Watson-Crick automata systems were introduced in [2] as possible models of DN...
We introduce the sticker systems, a computability model, which is an abstraction of the computations...
Watson-Crick automata, recently introduced in [1], are new types of automata in the DNA computing fr...
A fundamental concept in computer science is that of the universal Turing machine, which is an abstr...
AbstractWatson–Crick complementarity has been used as a basis for massive parallelism in DNA computi...
AbstractThe phenomenon known as Watson–Crick complementarity is basic both in the experiments and th...
AbstractThe properties of Watson–Crick D0L system, a language–theoretical formalism inspired by natu...
AbstractWatson-Crick D0L systems, introduced in 1997 by Mihalache and Salomaa, arise from two major ...
AbstractA Watson–Crick D0L system is a language-theoretic model which is based on a D0L system and a...
AbstractWe investigate the class of functions computable by uni-transitional Watson–Crick D0L system...
AbstractWatson–Crick automata are finite state automata working on double-stranded tapes, introduced...
AbstractWe show that sequence equivalence, language equivalence, growth equivalence and road equival...
AbstractParallel communicating Watson–Crick automata systems were introduced in [E. Czeizler, E. Cze...
Apart from the massive parallelism of DNA strands, the phenomenon known as Watson-Crick complementar...
AbstractThe optimism about the possibilities of DNA computing is based on two central issues: the Wa...
Parallel communicating Watson-Crick automata systems were introduced in [2] as possible models of DN...
We introduce the sticker systems, a computability model, which is an abstraction of the computations...
Watson-Crick automata, recently introduced in [1], are new types of automata in the DNA computing fr...
A fundamental concept in computer science is that of the universal Turing machine, which is an abstr...