![]() As a consequence, equivalence of deterministic SST is decidable,(iii)the functionality of non-deterministic copyful SST is decidable,(iv)determining whether a non-deterministic copyful SST can be transformed into an equivalent non-deterministic copyless SST is decidable in polynomial time. Explore the latest videos from hashtags: radheeka, radheeka06, radhe006, radika006. Watch popular content from the following creators: Dipak Jung Kunwar(deepakjungkunwar6), Radheeka kunwar(radheeka006), Radheeka kunwar(radheeka006), Radheeka kunwar(radheeka006), Radheeka kunwar(radheeka006). Our contributions are as follows:(i)HDT0L systems and total deterministic copyful SST have the same expressive power,(ii)the equivalence problem for deterministic copyful SST and the equivalence problem for HDT0L systems are inter-reducible, in quadratic time. Discover short videos related to radheeka006 on TikTok. In this paper, we propose a semantics of HDT0L systems in terms of transductions, and use it to study the class of deterministic copyful SST. On the other hand, HDT0L systems have been introduced for a while, the most prominent result being the decidability of the equivalence problem. Most notably, they have decidable equivalence problem (in PSpace). It is known that copyless SST capture exactly the class of MSO-definable string-to-string transductions, and are as expressive as deterministic two-way transducers. Copyless SST extend deterministic finite state automata with a set of variables in which to store intermedia te output strings, and those variables can be combined and updated all along the run, in a linear manner, i.e., no variable content can be copied on transitions. Černý in 2010 as a one-way deterministic automata model to define transductions of finite strings. Note: Partly supported by the DeLTA project (ANR-16-CE40-0007).Ībstract: Copyless streaming string transducers (copyless SST) have been introduced by R. Radheeka Kopyless University of Nebraska at Kearney UNK Department of Biology Contact Connect with experts in your field Join ResearchGate to contact this researcher and connect with your. Address for correspondence: Université libre de Bruxelles, Belgium. Īssociate researcher at F.R.S.-FNRS, and supported by the MIS project F451019F (F.R.S.-FNRS). | Aix Marseille Univ, Université de Toulon, CNRS, LIS, Marseille, France. Guest editors: Matthew Hague and Igor PotapovĪuthors: Filiot, Emmanuel a * | Reynier, Pierre-Alain b †Īffiliations: Université libre de Bruxelles (U.L.B.), Belgium. Issue title: Special Issue on the 11th International Workshop on Reachability Problems (RP 2017)
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