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Recognizing splicing languages: Syntactic monoids and simultaneous pumping
2007
Discrete Applied Mathematics
We use syntactic monoid methods, together with an enhanced pumping lemma, to investigate the structure of splicing languages. ...
We obtain an algorithm for deciding whether a regular language is a reflexive splicing language, but the general question remains open. ...
Acknowledgements Both authors would like to thank Tom Head for his support and inspiration and enthusiasm and encouragement during the first author's thesis research and also during the preparation of ...
doi:10.1016/j.dam.2006.10.006
fatcat:pumb7wqvsjfm5gzplaipp6li2e
Subject index volumes 1–200
1999
Theoretical Computer Science
, 630
syntactic monoids, 52, 142
of prefix codes, 52
syntactic
near-rings, 1283
object, 1414
operators. 199
syntactic proof, 2414
system, 1308
syntactic properties. 637, 727
of formulas, 637 ...
, 5 18
polynomial-rime,
2676
primitive recursion on trees, 1461
recursion, 1037
simultaneous rigid E-unification, 3295
problem, 3295
simultaneous
space-reduction
and speed-up, 1083
substitution ...
doi:10.1016/s0304-3975(98)00319-3
fatcat:s22ud3iiqjht7lfbtc3zctk7zm
DNA Computing — Foundations and Implications
[chapter]
2012
Handbook of Natural Computing
The pumping lemma for linear languages can be used to prove that L f (γ) is not linear.Theorem 6.3 ( [55] ) SRSL(f ) Cod(SRSL(f )) CF. ...
Moreover, it was shown in [23, 92] that WK-automata recognize some regular languages in a less space-consuming manner. ...
doi:10.1007/978-3-540-92910-9_33
fatcat:n3zmhzpj5rgsphmurdophcg234