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P. Bouvet, V. L. Nir, M. Hélard, and R. L. Gouable, Spatial multiplexed coded MC-CDMA with iterative receiver, 2004 IEEE 15th International Symposium on Personal, Indoor and Mobile Radio Communications (IEEE Cat. No.04TH8754), 2004.
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P. Bouvet, M. Hélard, and V. L. Nir, Low complexity iterative receiver for non-orthogonal space-time block code with channel coding, IEEE 60th Vehicular Technology Conference, 2004. VTC2004-Fall. 2004, 2004.
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P. Bouvet and M. Hélard, Efficient iterative receiver for spatial multiplexed OFDM system over time and frequency selective channels World Wireless Congress (WWC'05) liste des publications ? " Low complexity iterative receiver for linear precoded OFDM, Hélard et V. Le Nir, IEEE Wireless and Mobile Computing, Networking and Communications (WiMob'05), p.162, 2005.

B. , L. Saux, M. Hélard, and P. Bouvet, Comparison of coherent and non-coherent space time schemes for frequency selective fast-varying channels, International Symposium on Wireless Communication Systems (ISWCS'05), 2005.
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P. Bouvet and M. Hélard, Near Optimal Performance for High Data Rate MIMO MC-CDMA Scheme, IEEE International Workshop on Multi-Carrier Spread Spectrum (MC-SS'05), 2005.
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P. Bouvet, M. Hélard, J. Le-masson, and C. Langlais, Iterative receiver for Linear Precoded MIMO systems, International Symposium on Turbo Codes and Related Topics (ISTC'06), 2006.
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D. Brevets and @. , Procédé de décodage d'un signal codécodéà l'aide d'une matrice espace-temps, récepteur et procédé de codage et décodage correspondant

P. Bouvet, M. Hélard, and V. L. Nir, Procédé de réception itératif pour système de type MIMO, récepteur et programme d'ordinateur correspondants, pp.11-787, 2004.

.. Erreur-quadratique-moyenne-en-sortie-de-l, ´ egaliseur enpremì ere itération pour différentes matrices de codage espace-temps, canal 4 × 1 de type Rayleigh i.i.d. quasi-statique sur T 84 3.8 ´ Evaluation de la complexité en terme d'opérationsopérationsélémentaires des différents algorithmes d'´ egalisation mis en oeuvre au sein du processus itératif, p.88

R. Itératifs, M. , and Z. .. Pour-le-code-en-bloc-de-jafarkhani,-codage-convolutifhz, 171) o rendement 1/2, canal 4 × 1 de type Rayleigh i.i.d. quasi-statique sur T , QPSK, ? = 1 bps, p.91

M. Performances-du-récepteurs-itératif, ) pour un système ST- BICM surchargé, codage convolutif (133, 171) o rendement 1, p.94

M. Performances-du-récepteur-itératif, ) sur un système SISO précodé sur canal de Rayleigh i.i.d., QPSK ,codage convolutif (133, 171) o , ? = 1 bps, p.105

M. Comparaisons-des-récepteurs, ) sur un système SISO précodé sur canal de Rayleigh i.i.d., QPSK ,codage convolutif (133, 171) o , ? = 1 bps, p.106

S. Performances-des-récepteurs, M. , and M. , ) pour un schéma MC-CDMA associé au codage d'Alamouti, canal 2 × 1 Rayleigh i.i.d. quasi-statique, codage convolutif (133, 171) o rendement 1, p.120

S. Performances-des-récepteurs, M. , and M. , ) pour un schéma MC-CDMA associéassociéà du multiplexage spatial, canal 4×4 Rayleigh i.i.d., codage convolutif (133, 171) o rendement 1/2, QPSK, ´ Etalement L c = 64, ? = 4 bps, p.122

D. Performances-du-code, E. Canal-bran, A. Le-code-d-'alamouti, S. Avec-récepteur, and C. , 171) o , R C = 1/2, ? brut = 2 bps, p.142

A. Du and M. , ) pour un bloc de Q symboleségaliséssymboleségalisés

M. Complexité-de-mise-en-oeuvre-du, ) pour un bloc de Q symboleségaliséssymboleségalisés

A. Du and M. , ) pour un bloc de Q symboleségaliséssymboleségalisés

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