Table of Contents
1Scope
2Generaldescriptionofthecoder
3Functionaldescriptionoftheencoder
4Functionaldescriptionofthedecoder
5Bit-exactdescriptionoftheCS-ACELPcoder
6References
AnnexA-Reducedcomplexity8kbit/sCS-ACELPspeech
codec
AnnexB-AsilencecompressionschemeforITU-TG.729
optimizedforterminalsconformingtoITU-TV.70
AnnexC-Referencefloating-pointimplementationfor
ITU-TG.729CS-ACELP8kbit/sspeechcoding
AnnexC+-Referencefloating-pointimplementationfor
integratingITU-TG.729CS-ACELPspeech
codingmainbodywithAnnexesB,DandE
AnnexD-+CS-ACELPspeechcodingalgorithmat6.4kbit/s
AnnexE-CS-ACELPspeechcodingalgorithmat11.8kbit/s
AnnexF-ReferenceimplementationofITU-TG.729Annex
BDTXfunctionalityforAnnexD
AnnexG-ReferenceimplementationofAnnexBDTX
functionalityforAnnexE
AnnexH-Referenceimplementationofswitchingprocedure
betweenAnnexesDandE
AnnexI-Referencefixed-pointimplementationforintegrating
ITU-TG.729CS-ACELPspeechcodingmainbodywith
AnnexesB,DandE
AnnexJ-Anembeddedvariablebit-rateextensionto
ITU-TG.729:Aninteroperable8-32kbit/s
scalablewidebandextensiontoITU-TG.729
AppendixI-Externalsynchronousresetperformancefor
ITU-TG.729codecsinsystemsusingexternal
VAD/DTX/CNG
AppendixII-ITU-TG.729AnnexBenhancementsin
voice-over-IPapplications-Option1
AppendixIII-AnnexBenhancementsinvoice-over-IP
applications-Option2
AppendixIV-EnhancedVoiceActivityDetector Abstract
Provides the description of an algorithm for the coding of speech signals using conjugate-structure algebraic-code-excited linear prediction (CS-ACELP).
