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5. COMNET 2015: Tunis, Tunisia
- 5th International Conference on Communications and Networking, COMNET 2015, Tunis, Tunisia, November 4-7, 2015. IEEE 2015, ISBN 978-1-5090-0196-5
- Nehla Debbabi, Marie Kratz, Sadok El Asmi:
A hybrid distribution for highly right skewed data. 1-5 - Zahran Hajji, Karine Amis, Abdeldjalil Aïssa-El-Bey, Fatma Abdelkefi:
Low-complexity half-sparse decomposition-based detection for massive MIMO transmission. 1-6 - Mariem Ayedi, Noura Sellami, Mohamed Siala:
Study of relay energy optimization in a Cooperative ARQ scheme based on Analog Network Coding. 1-6 - Ammar Jlassi, Larbi Ben Hadj Slama, Abdellatif Zaidi, Sofiane Cherif:
Compute-and-forward on Compound Multiple Access Relay Channel. 1-8 - Mohamed El Hedi Boussada, Mounir Frikha, Jean-Marie Garcia:
Flow level modelling of Internet traffic in Diffserv queuing. 1-7 - Kawther Hassine, Mounir Frikha:
Model approach of a dynamic MAC frame aggregation. 1-6 - Emna Daknou, Mariem Thaalbi, Nabil Tabbane:
Clustering enhancement for VANETs in highway scenarios. 1-5 - Maha Jebalia, Asma Ben Letaifa, Sami Tabbane:
Optimal scheduling of CIOQ switches resources in virtual network environments. 1-7 - Laura Cottatellucci, Samah A. M. Ghanem:
A protocol based on D2D cooperation for FDD massive MIMO communications without instantaneous CSI feedback. 1-5 - Ayman Massaoudi, Noura Sellami, Mohamed Siala:
Analysis of feedback multi-thresholding in cognitive radio networks based on opportunistic beamforming. 1-5 - Nabil Torjemen, Ghayet El Mouna Zhioua, Nabil Tabbane:
A handover decision algorithm from LTE-advanced to Wireless Mesh Network. 1-6 - Wiem Abderrahim, Zièd Choukair:
The Cloud Broker Architecture for Dependability assurance in cloud services. 1-6 - Achal Agrawal, Samson Lasaulce, Olivier Beaude, Raphaël Visoz:
A framework for optimal decentralized power control with partial CSI. 1-7 - Zeineb Hraiech, Fatma Abdelkefi, Mohamed Siala:
POPS-OFDM with different Tx/Rx pulse shape durations for 5G systems. 1-6 - Matthieu Crussière, Hua Fu, Maryline Hélard:
Time reversal based beamforming for wireless communications: A theoretical analysis from moderate-scale to large-scale antenna systems. 1-6 - Emna Charfi, Lamia Chaari, Lotfi Kamoun:
Joint Urgency Delay scheduler and adaptive aggregation technique in IEEE 802.11n networks. 1-6 - Walid El Ayeb, Zièd Choukair:
New Joint Dual Mobile Service Discovery-Exposure Model using Bipartite Graph. 1-8 - Leila Melki, Sameh Najeh, Hichem Besbes:
System performance of cellular network underlaying D2D multi-hop communication. 1-5 - Selma Belhadj Amor, Samir Medina Perlaza, Ioannis Krikidis:
Simultaneous energy and information transmission in Gaussian multiple access channels. 1-5 - Slim Zaidi, Sofiène Affes:
Distributed collaborative beamforming designs for real-world applications in relayed and cooperative communications. 1-7 - Mouna Sghaier, Fatma Abdelkefi, Mohamed Siala:
Efficient embedded signaling through DCT precoding matrix for SLM method in OFDM system. 1-5 - Leïla Nasraoui, Leïla Najjar Atallah, Mohamed Siala:
Reduced-Complexity synchronization technique for MIMO-OFDM WLAN systems. 1-5 - Imen Jouili, Mounir Frikha, Hajer Tounsi:
An Extended Soft Handover scheme for real-time service with QoS guarantee in LTE-A system. 1-5 - Stefano Tomasin, Abdellatif Zaidi:
Precoded filtered multitone with overlapping subcarriers for 5G communication systems. 1-6 - Fanny Jardel, Joseph Jean Boutros, Volkan Dedeoglu, Mireille Sarkiss, Ghaya Rekaya-Ben Othman:
Spatial coupling for distributed storage and diversity applications. 1-5 - Asma Mejri, Ghaya Rekaya-Ben Othman, Mohamed-Achraf Khsiba:
Early termination techniques for MIMO lattice sequential decoders. 1-7 - Anas Chaaban, Mohamed-Slim Alouini:
Optical intensity modulation direct detection versus heterodyne detection: A high-SNR capacity comparison. 1-5 - Aymen Ben Zineb, Mohamed Ayadi, Sami Tabbane:
VHO decision using a fuzzy reverse MLP with Reinforcement Learning. 1-6 - Saloua Hendaoui, Nawel Zangar, Sami Tabbane:
Downlink scheduling for real time application over LTE-A network: Delay aware scheduling. 1-6
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