A00-2040 doing the segmentation step of the finite state transducer only . The corresponding phoneme
A00-2040 the output of the hand-crafted finite state transducer with the correct phoneme strings
C80-1088 . 4 . SYGMOR - a deterministic finite state transducer used for morphological generation
C02-1127 patterns are implemented in our finite state transducer formalism . 4 Maximum Spanning
C80-1088 i. ATEF " a non-deterministic finite state transducer which is used for generating
A00-2040 which combines a hand-crafted finite state transducer with rules induced by a transformation-based
C00-2110 mnnber of research efforts using Finite State Transducers ( FST ) have been reported .
C88-1043 generation of word forms based on Finite State Transducers ( FSTs ) . It has been completely
A00-2040 which are compiled into a weighted finite state transducer ) for the graphemeto-phoneme
A00-1023 of machine learning and FST ( finite state transducer ) rule-based system -LSB- Roche
C86-1076 algorithm is applied . We adopt a finite state transducer as a computing model which governs
C00-2138 extracted fiom corlms and the finite state transducer . By ex - periments , it ; turns
C88-1069 for converting these rules into finite state transducers ( Karttunen , Koskenniemi , and
A00-1034 The pattern matcher is based on Finite State Transducer ( FST ) technology -LSB- Roches
A97-1031 patterns which are expressed as finite state transducers ( FST ) and which are compiled
C00-2110 Sekine Abstract A deternfinistic finite state transducer is a fast device fbr analyzing
C00-2138 relivesented with a deterministic finite state transducer O t ' / : " H - ( ) 0 I wl /
A00-1034 attractive feature of the FST ( Finite State Transducer ) formalism lies in its superior
C88-1023 deptl > first nondeterministi.c finite state transducer . That is to say , the phonotacUc
C88-2113 semantics for quasi-deterministic finite state transducers ( FSTS ) used as acceptors .
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