. .. , 105 4.1.1 Introduction sur les ondes millimétriques, p.105

, Modélisation du canal de propagation, p.105

. .. Phénomène-de-blocage, , vol.106

, Antennes directionnelles en ondes millimétriques, p.108

R. .. , 108 4.2.2 Beamforming à l'émetteur et au récepteur, p.111

, Modèle d'antennes à motifs sectorisés, p.111

. , Analyses spectrales et énergétiques des liens D2D millimétriques 113 4.3.1 Modèle de réseau

. , Comparaison de différents types d'antennes directionnelles

. .. Modèle-du-réseau, 2 Antennes directionnelles à ondes millimétriques, p.130

. .. Approche-théorique-et-probabiliste, , vol.132, p.103

. , Chapitre 4 Ondes millimétriques et communications D2D 4.5 Conclusions

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, Activités annexes effectuées

, A ce titre, j'ai débuté en Janvier 2016 cette activité. J'ai été en charge de la préparation et de l'enseignement des matières suivantes, pour le DUT Réseaux et Télécoms, en première année :-Acquisition et codage de l'information (T3)-Chaine de Transmission Numérique (T4) Pour ces deux modules, j'ai effectué à la fois les Cours Magistraux, les TDs, les TPs, ainsi que les examens écrits, pour un volume total de 224 heures équivalent TD sur mes trois années de thèse. Les cours traitent plus particulièrement de la numérisation du signal (théorie de l'échantillonnage, quantification, multiplexage temporel, conversion analogiquenumérique, conversion numérique-analogique

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