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An optimizing finite-state transducer is a nondeterministic finite-state transducer in which states are either maximizing or minimizing. In a given state,�...
An optimizing finite-state transducer is a nondeterministic finite-state transducer in which states are either maximizing or minimizing. In a given state,�...
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What is a finite state transducer FST and what is it used for in computational linguistics how does it differ from a finite state automaton?
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The ranges of optimizing finite-state transducers form a class in NL which includes a hierarchy based on the number of alternations of maximizing and minimizing�...
The ranges of optimizing finite-state transducers form a class in NL which includes a hierarchy based on the number of alternations of maximizing and minimizing�...
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The complexity of optimizing finite-state transducers. Rich, C.A.; Slutzki, G. Theoretical Computer Science 129(2): 323-336. ISSN/ISBN: 0368-3494. 1994. DOI�...
Finite-state complexity is a variant of algorithmic information theory obtained by replacing Turing machines with finite transducers.
Missing: Optimizing | Show results with:Optimizing
The linear complexity of their use makes sequential or p-subsequential transducers both mathematically and computationally of particular interest. However, not�...
Feb 2, 2015 � Finite-state complexity is a variant of algorithmic information theory obtained by replacing Turing machines with finite transducers.
Missing: Optimizing | Show results with:Optimizing
In this paper we define the finite-state complexity of a finite string x in terms of an enumeration of finite transducers and the input strings used by�...
Missing: Optimizing | Show results with:Optimizing
Nov 29, 2019 � We introduce the deterministic computational model of an iterated uniform finite-state transducer (iufst). A iufst performs the same length-�...
Missing: Optimizing | Show results with:Optimizing