Contribution to the Creation of a Speech Synthesizer for the Arabic Languageur La Langue Arabe
Main Article Content
Abstract
Due to its morphological and syntactic properties, the Arabic language is considered a very difficult language to master in the field of automatic speech processing and synthesis systems from Arabic text are therefore very few in number. The goal of our work is a contribution to the creation of a speech synthesis system by concatenation of units in a corpus for the Arabic language. The goal of our work is to create a speech synthesis system by concatenation of units in a corpus for the Arabic language called GArabic TTS under the Matlab environment. The text to be introduced is a non-voweled text which facilitates the use of the system, the output is only available for a male voice. The final evaluation of the overall quality of the system is deemed satisfied.
Plum Analytics
Artifact Widget
Article Details
In accordance with its open access publishing policy, AL-Lisaniyyat acknowledges and guarantees authors the full and exclusive ownership of copyright and intellectual property rights related to their scholarly contributions.
The publication of an article in the journal does not result in any transfer, assignment, or limitation of these rights. Authors retain full rights over their works, without the requirement to obtain prior written authorization from the journal.
References
[4]
=
(=2}
Boite, R, Bourlard, H., Dutoit, T., Haneq J. and Leich, H., Traitement de la parole, chapitre : Synthèse de la parole à partir d'un texte”, Collection Electricité, Presses polytechniques et universitaires romandes, 345-441, 2000. Dutoit, T. and Cemäk, M..”TTSBOX: A Matlab toolbox for teaching Text-To- Speech Synthesis”, [EEEICASSP, 2005. Aljlayl, M. and Frieder, O., ”On Arabic Search: Improving the Retrieval Effec- tiveness via a Light Stemming Ap- proach”, In 11th International Conference on Information and Knowledge Manage- ment (CIKM), Virginia (USA), 340-347, 2002. Larkey, L. S., Ballesteros, L. and Connell M.. "Improving Stemming for Arabic In- formation Retrieval: Light Stemming and Co-occurrence Analysis”, In Proceedings of the 25th Annual International Confer-
[5]
[6] 7
[8]
[9]
ence on Research and Development in In- formation Retrieval (SIGIR), Tampere, Finland, 275-282, 2002. Boula, P., "Etude linguistique appliquée à la synthèse de la parole à partir du texte”, thèse de doctorat, Université de Paris XL, Orsay, 1997. http:/Awww.rosettastone.fr Chen, S.F. and Goodman, J.,’An empiri- cal study of smoothing techniques for language modeling”, Center for Research in Computing Technology, Harvard Uni- versity, Cambridge, Massachusetts, 1998. Toda, T., Kawai, H, Tsuzaki, M. and Shikano, K., ”Unit Selection for Japanese Speech Synthesis Based on Both Pho- neme Unit and Diphone Unit”, In Proc. of ICASSP, 1: 465-468, 2002. Breen, À. and Jackson, P.,"Non-Uniform Unit Selection and the Similarity Metric within BTs LAUREATE TTS System”, 3rd ESCA Int. Workshop, November 1998.
Contribution à la réalisation d’un synthétiseur de la parolepour la langue Arabe
[10] Prudon, R. and Alessandro, C., ”A Selec- tion/Concatenation Test-to-Speech Sys- tem: Databases Development, System Design, Comparative Evaluation”, 4th ISCA Tutorial and Research Workshop on Speech Synthesis, 2001. [11] Yi, GRW. and Glass, J., ’Information- Theoretic Criteria for Unit Selection Syn- thesis”, In Proc. of ICSLP, 2617-2620, 2002. [12] Lee, M., Lopresti, D.P. and Olive, I.P., "A Text-to- Speech Platform for Variable Length Optimal Unit Searching Using Perceptual Cost Functions”, 4th ISCA Tutorial and Research Workshop on Speech Synthesis, September 2001. [13] Peng, H., Zhao, Y. and Chu, M., ”Percep- tually Optimizing the Cost Function for Unit Selection in TTS System With one Single Run of MOS Evaluation”, In Proc. ofICSLP, 2613-2616, September 2002. [14] Donovan, RE. and Eide, E.M., ”The IBM Trainable Speech Synthesis System”, In Proc. of ICSLP, 1998. [15] Nomura, T., Mizuno, H. and Sato, H., ”Speech Synthesis by Optimum Concate- nation of Phoneme Segments”, Ist ESCA-IEEE Tutorial and Research Workshop on Speech Synthesis, 3942, 1990. [16] Pantazis, Y., Stylianou, Y. and Klabbers, E., ’Discontinuity Detection in Concate- nated Speech Synthesis Based on Nonlin- ear Speech Analysis”, In Proc. of Inter speech, 2005. [17] Charpentier, FJ. and Stella, M.G. “Diphones synthesis using an overlap-add technique for speech waveforms concate- nation”, In Proceedings of ICASSP, 1986.