FINITE STATE TRANSDUCER: Related Papers in ACL Anthology

FINITE STATE TRANSDUCER can be found in the following ACL ARC 1.0 documents (click to explore):

• (ACL ID: A00-1034) a hybrid approach for named entity and sub-type tagging
• (ACL ID: A00-2040) a finite state and data-oriented method for grapheme to phoneme conversion
• (ACL ID: C00-2110) japanese dependency analysis using a deterministic finite state transducer
• (ACL ID: C00-2138) identifying temporal expression and its syntactic role using fst and lexical data from corpus
• (ACL ID: C02-1127) location normalization for information extraction
• (ACL ID: C80-1088) the morphological analysis of bahasa malaysia
• (ACL ID: C86-1076) nara
• (ACL ID: C88-1023) unification and transduction in computational phonology
• (ACL ID: E06-1046) edit machines for robust multimodal language processing
• (ACL ID: E06-2003) linguastream
• (ACL ID: E85-1019) a parser that doesn't
• (ACL ID: E91-1023) prosodic inheritance and morphological generalisations
• (ACL ID: J94-1003) one-level phonology
• (ACL ID: J95-4004) transformation-based-error-driven learning and natural language processing
• (ACL ID: J96-3004) a stochastic finite-state word-segmentation algorithm for chinese
• (ACL ID: N03-1005) automatic acquisition of names using speak and spell mode in spoken dialogue systems
• (ACL ID: N03-1019) a weighted finite state transducer implementation of the alignment template model for statistical machine translation
• (ACL ID: N04-1004) a salience-based approach to gesture-speech alignment
• (ACL ID: N06-1047) incorporating speaker and discourse features into speech summarization
• (ACL ID: P00-1026) a morphologically sensitive clustering algorithm for identifying arabic roots
• (ACL ID: P04-1021) a joint source-channel model for machine transliteration
• (ACL ID: P05-3007) high throughput modularized nlp system for clinical text
• (ACL ID: P05-3021) automating temporal annotation with tarsqi
• (ACL ID: P06-2025) a modified joint source-channel model for transliteration
• (ACL ID: P06-4019) outilex, a linguistic platform for text processing
• (ACL ID: P06-4020) the second release of the rasp system
• (ACL ID: P87-1010) constituent-based morphological parsing
• (ACL ID: P95-1022) the intersection of finite state automata and definite clause grammars
• (ACL ID: P95-1036) some novel applications of explanation-based learning to parsing lexicalized tree-adjoining grammars
• (ACL ID: P99-1033) dependency parsing with an extended finite state approach
• (ACL ID: W00-1309) error-driven hmm-based chunk tagger with context-dependent lexicon
• (ACL ID: W02-0506) building a shallow arabic morphological analyser in one day
• (ACL ID: W02-1019) minimum bayes-risk word alignments of bilingual texts
• (ACL ID: W03-0801) the talent system
• (ACL ID: W04-0108) a comparison of two different approaches to morphological analysis of dutch
• (ACL ID: W04-0110) segment predictability as a cue in word segmentation
• (ACL ID: W04-0410) frozen sentences of portuguese
• (ACL ID: W04-1605) systematic verb stem generation for arabic
• (ACL ID: W04-3245) from machine translation to computer assisted translation using finite-state models
• (ACL ID: W05-0712) an integrated approach for arabic-english named entity translation
• (ACL ID: W06-3711) ibm mastor system
• (ACL ID: W94-0206) parsing using linearly ordered phonological rules
• (ACL ID: W95-0101) unsupervised learning of disambiguation rules for part of speech tagging
• (ACL ID: W97-0400) spoken language translation
• (ACL ID: W97-1013) explanation-based learning of data-oriented parsing
• (ACL ID: W98-0611) tools for locating noun phrases with finite state transducers
• (ACL ID: W98-0904) optimal morphology
• (ACL ID: W98-1205) look-back and look-ahead in the conversion of hidden markov models into finite state transducers
• (ACL ID: W98-1309) implementing voting constraints with finite state transducers
• (ACL ID: W99-0703) practical bootstrapping of morphological analyzers
• (ACL ID: W99-0802) a modern computational linguistics course using dutch