Detail publikace
Canonical Scattered Context Generators of Sentences with Their Parses
MEDUNA, A. TECHET, J.
Originální název
Canonical Scattered Context Generators of Sentences with Their Parses
Anglický název
Canonical Scattered Context Generators of Sentences with Their Parses
Jazyk
en
Originální abstrakt
Scattered context generators derive their sentences followed by the corresponding parses. This paper discusses their two canonical versions, which make this derivation either in a leftmost or rightmost way. It demonstrates that for every recursively enumerable language, L, there exists a canonical scattered context generator whose language consists of L's sentences followed by their parses. In fact, this result is established based on the generators containing no more than six nonterminals.
Anglický abstrakt
Scattered context generators derive their sentences followed by the corresponding parses. This paper discusses their two canonical versions, which make this derivation either in a leftmost or rightmost way. It demonstrates that for every recursively enumerable language, L, there exists a canonical scattered context generator whose language consists of L's sentences followed by their parses. In fact, this result is established based on the generators containing no more than six nonterminals.
Dokumenty
BibTex
@article{BUT45163,
author="Alexandr {Meduna} and Jiří {Techet}",
title="Canonical Scattered Context Generators of Sentences with Their Parses",
annote="Scattered context generators derive their sentences followed by the corresponding
parses. This paper discusses their two canonical versions, which make this
derivation either in a leftmost or rightmost way. It demonstrates that for every
recursively enumerable language, L, there exists a canonical scattered context
generator whose language consists of L's sentences followed by their parses. In
fact, this result is established based on the generators containing no more than
six nonterminals.",
chapter="45163",
howpublished="print",
journal="Theoretical Computer Science",
number="389",
volume="2007",
year="2007",
month="december",
pages="73--81",
type="journal article - other"
}