In this paper we consider word equations with one variable (and arbitrary many appearances of it). A recent technique of recompression, which is applicable to general word equations, is shown to be suitable also in this case. While in general case it is non-deterministic, it determinises in case of one variable and the obtained running time is O(n) (in RAM model)
AbstractWord and language operations on trajectories provide a general framework for the study of pr...
Word equations are a crucial element in the theoretical foundation ofconstraint solving over strings...
It is well-known that one-tape Turing machines working in linear time are no more powerful than fini...
Abstract. In this paper we consider word equations with one variable (and arbitrary many occur-rence...
We present an application of a local recompression technique, previously developed by the author in ...
We present an application of a local recompression technique, previously developed by the author in ...
In word equation problem we are given an equation u = v, where both u and v are words of letters and...
We consider languages expressed by word equations in two variables and give a complete characterizat...
We present the technique of local recompression on the example of word equations. The technique is b...
We propose a memory-based method for the solution of a specific type of nonlinear equation systems. ...
Satisfiability of word equations is an important problem in the intersection of formal languages and...
28th International Symposium on Mathematical Foundations of Computer Science (MFCS 2003) : August 25...
The time complexity of 1-limited automata is investigated from a descriptional complexity view point...
The time complexity of 1-limited automata is investigated from a descriptional complexity view point...
Word equations is given by two strings over disjoint alphabets of letters and variables and we ask w...
AbstractWord and language operations on trajectories provide a general framework for the study of pr...
Word equations are a crucial element in the theoretical foundation ofconstraint solving over strings...
It is well-known that one-tape Turing machines working in linear time are no more powerful than fini...
Abstract. In this paper we consider word equations with one variable (and arbitrary many occur-rence...
We present an application of a local recompression technique, previously developed by the author in ...
We present an application of a local recompression technique, previously developed by the author in ...
In word equation problem we are given an equation u = v, where both u and v are words of letters and...
We consider languages expressed by word equations in two variables and give a complete characterizat...
We present the technique of local recompression on the example of word equations. The technique is b...
We propose a memory-based method for the solution of a specific type of nonlinear equation systems. ...
Satisfiability of word equations is an important problem in the intersection of formal languages and...
28th International Symposium on Mathematical Foundations of Computer Science (MFCS 2003) : August 25...
The time complexity of 1-limited automata is investigated from a descriptional complexity view point...
The time complexity of 1-limited automata is investigated from a descriptional complexity view point...
Word equations is given by two strings over disjoint alphabets of letters and variables and we ask w...
AbstractWord and language operations on trajectories provide a general framework for the study of pr...
Word equations are a crucial element in the theoretical foundation ofconstraint solving over strings...
It is well-known that one-tape Turing machines working in linear time are no more powerful than fini...