Festival Speech Synthesis System: - Speech Resource Pages

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T singing 29.2 Singing Synthesis SIOD 3.1 SIOD `siteinit.scm' 6.3 Site initialization smaller system 6.2 Configuration snack 23. Audio output source 27.1 The source code spanish voice 24.2 Building a new voice Spoken Text Mark-up Language 10. XML/SGML mark-up SSML 10. XML/SGML mark-up STML 10. XML/SGML mark-up stress assignment 13.5 Building letter to sound rules string to number 8.4 Scheme I/O sun16 23. Audio output sunaudio 23. Audio output SunOS 6.2 Configuration syllabification 13.3 Lookup process Syllable labelling 26.1 Labelling databases synthesis hooks 14.2 Utterance types synthesis of natural utterances 14.7 Utterance I/O synthesizing an utterance 7.2 Sample command driven session SynthTypes 14.2 Utterance types tagging 16. POS tagging talking head 14.2 Utterance types Target labelling 26.1 Labelling databases TD-PSOLA 20.5 UniSyn module selection `texi2html' 6.1 Requirements text modes 9. TTS text modes 9.2 Text modes text to speech 7.2 Sample command driven session text to wave 7.2 Sample command driven session Text utterance 14.3 Example utterance types text-to-speech mode 7. Quick start text2wave 7.2 Sample command driven session thanks 3. Acknowledgements tokenizing 15.1 Tokenizing tokens to words 15.2 Token to word rules Tokens utterance 14.3 Example utterance types tools 25. Tools TTS 7.2 Sample command driven session tts mode 7. Quick start tts mode 7.1 Basic command line options TTS processes 14.1 Utterance structure
U V W ungrouped diphones 20.1 UniSyn database format UniSyn 20. UniSyn synthesizer unknown words 13.4 Letter to sound rules unknown words 13.6 Lexicon requirements unwind-protect 8.3 Scheme Festival specifics unwind-protect 8.3 Scheme Festival specifics us_diphone_init 20.3 Database declaration user initialization 6.3 Site initialization using Sable 10.5 Using Sable utt.import.wave 14.7 Utterance I/O utt.load 14.7 Utterance I/O utt.relation functions 14.5 Accessing an utterance utt.save 14.7 Utterance I/O utt.save.segs 14.7 Utterance I/O utt.save.wave 14.7 Utterance I/O utt.synth 14.2 Utterance types utterance 7.2 Sample command driven session utterance 14. Utterances utterance 14.1 Utterance structure utterance chunking 9.1 Utterance chunking utterance examples 14.3 Example utterance types Utterance structure 14.1 Utterance structure utterance types 14.2 Utterance types Visual C++ 6.2 Configuration Viterbi decoder 25.4 Viterbi decoder voice-path 24.3 Defining a new voice voice_reset 24.2.9 Resetting globals voices 24.1 Current voices voxware 23. Audio output wagon 25.2 CART trees wagon 26.3 Building models Wave utterance 14.3 Example utterance types waveform synthesis 20. UniSyn synthesizer whitespace 15.1 Tokenizing wild card matching 25.1 Regular expressions Windows 95 audio 23. Audio output Windows NT audio 23. Audio output Windows NT/95 6.1 Requirements Word labelling 26.1 Labelling databases Words utterance 14.3 Example utterance types
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[Top] [Contents] [Index] [ ? ] Fest
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The Festival Speech Synthesis Syste
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3.3 Edinburgh Speech Tools Library
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multiple methods, though we will of
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for non-commercial use (we are work
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festlex_CMU.tar.gz festlex_OALD.tar
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held), and voices_dir (pointing to
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Ensure your audio device actually w
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$ festival Festival Speech Synthesi
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eference to a manual section and re
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[ < ] [ > ] [ > ] [Top] [Contents]
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To convert a symbol whose print nam
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filter A Unix shell program filter
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into name and IP address. Note that
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The boy saw the girl in the park
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VOLUME Allows the specification of
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festival/lib/tts.scm). [ < ] [ > ]
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13.2 Defining lexicons Building new
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(debug_output t) before compilation
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) The above isn't the most efficien
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The process involves the following
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(y _epsilon_ i ii i@ ai uh y @ ai-@
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lexicon by over 90%. The function r
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(define (postlex_apos_s_check utt)
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a list of syllables. Each member wi
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Phrase This allows explicit phrasin
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`(item.daughter2 ITEM)' Return the
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`stress' This item's lexical stress
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This pocket-watch was made in 1983.
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((string-matches name "\\([dD][Rr]\
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(set! simple_phrase_cart_tree ' ((R
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accented (i.e. has an IntEvent rela
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(Utterance Words (boy (saw ((accent
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After prediction the segmental dura
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aa-ll &aa-l This states that the di
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The UniSyn_module_hooks are run bef
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for i in wave/*.wav do fname=`basen
Page 75 and 76: used on the signal, and/or up to th
Page 77 and 78: lib/voices/english/don_diphone/fest
Page 79 and 80: (Parameter.set 'Audio_Method 'irixa
Page 81 and 82: voice_el_diphone A male Castilian S
Page 83 and 84: ) (PhoneSet.silences '(#)) Note som
Page 85 and 86: (set! spanish_phrase_cart_tree ' ((
Page 87 and 88: (us_diphone_init (list '(name "el_l
Page 89 and 90: (define (voice_giant) "comment comm
Page 91 and 92: 25. Tools A number of basic data ma
Page 93 and 94: CART ::= QUESTION-NODE || ANSWER-NO
Page 95 and 96: (define (pos_cand_function w) ;; se
Page 97 and 98: some label files identify point typ
Page 99 and 100: Building the models and getting goo
Page 101 and 102: `./src/modules/diphone' An optional
Page 103 and 104: to this function should be added to
Page 105 and 106: #include "festival.h" static LISP u
Page 107 and 108: In yout `Makefile' for this directo
Page 109 and 110: Every effort has been made to minim
Page 111 and 112: A typical example use of `festival_
Page 113 and 114: A simpler C only interface example
Page 115 and 116: 29.2 Singing Synthesis As an intere
Page 117 and 118: Magisterarbeit, Institute of Natura
Page 119 and 120: B C adding new LISP objects 27.2.4
Page 121 and 122: F G H Edinburgh Speech Tools Librar
Page 123 and 124: M N O P load-path 6.3 Site initiali
Page 125: S resynthesis 14.7 Utterance I/O ru
Page 129 and 130: 12. Phonesets 13. Lexicons 13.1 Lex
Page 131 and 132: [Top] [Contents] [Index] [ ? ] Shor
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