Follow
João Luiz Rebelatto
João Luiz Rebelatto
Verified email at utfpr.edu.br
Title
Cited by
Cited by
Year
Harvest-then-cooperate: Wireless-powered cooperative communications
H Chen, Y Li, JL Rebelatto, BF Uchoa-Filho, B Vucetic
IEEE Transactions on Signal Processing 63 (7), 1700-1711, 2015
4582015
Multiuser cooperative diversity through network coding based on classical coding theory
JL Rebelatto, BF Uchôa-Filho, Y Li, B Vucetic
IEEE Transactions on Signal Processing 60 (2), 916-926, 2011
1342011
Time-switching uplink network-coded cooperative communication with downlink energy transfer
GL Moritz, JL Rebelatto, RD Souza, BF Uchôa-Filho, Y Li
IEEE Transactions on Signal Processing 62 (19), 5009-5019, 2014
472014
Network slicing for URLLC and eMBB with max-matching diversity channel allocation
EJ dos Santos, RD Souza, JL Rebelatto, H Alves
IEEE Communications Letters 24 (3), 658-661, 2019
452019
Energy efficient power allocation schemes for a two-user network-coded cooperative cognitive radio network
R Bordon, SM Sánchez, SB Mafra, RD Souza, JL Rebelatto, ...
IEEE Transactions on Signal Processing 64 (7), 1654-1667, 2015
382015
Generalized distributed network coding based on nonbinary linear block codes for multi-user cooperative communications
JL Rebelatto, BF Uchôa-Filho, Y Li, B Vucetic
2010 IEEE International Symposium on Information Theory, 943-947, 2010
302010
Age of information of SIC-aided massive IoT networks with random access
JF Grybosi, JL Rebelatto, GL Moritz
IEEE Internet of Things Journal 9 (1), 662-670, 2021
292021
Maximum secrecy throughput of MIMOME FSO communications with outage constraints
MEP Monteiro, JL Rebelatto, RD Souza, G Brante
IEEE Transactions on Wireless Communications 17 (5), 3487-3497, 2018
282018
Age-energy tradeoff of truncated ARQ retransmission with receiver diversity
JF Grybosi, JL Rebelatto, GL Moritz, Y Li
IEEE Wireless Communications Letters 9 (11), 1961-1964, 2020
262020
Energy efficiency-spectral efficiency trade-off of transmit antenna selection
OK Rayel, G Brante, JL Rebelatto, RD Souza, MA Imran
IEEE Transactions on Communications 62 (12), 4293-4303, 2014
252014
Non-orthogonal multiple access and network slicing: Scalable coexistence of eMBB and URLLC
EN Tominaga, H Alves, RD Souza, JL Rebelatto, M Latva-Aho
2021 IEEE 93rd vehicular technology conference (VTC2021-Spring), 1-6, 2021
222021
Information-theoretic location verification system with directional antennas for vehicular networks
MEP Monteiro, JL Rebelatto, RD Souza
IEEE Transactions on Intelligent Transportation Systems 17 (1), 93-103, 2015
222015
Adaptive distributed network-channel coding
JL Rebelatto, BF Uchôa-Filho, Y Li, B Vucetic
IEEE transactions on wireless communications 10 (9), 2818-2822, 2011
192011
Rate-splitting multiple access for URLLC uplink in physical layer network slicing with eMBB
EJ Dos Santos, RD Souza, JL Rebelatto
IEEE Access 9, 163178-163187, 2021
182021
Network slicing for eMBB and mMTC with NOMA and space diversity reception
EN Tominaga, H Alves, OLA López, RD Souza, JL Rebelatto, ...
2021 IEEE 93rd Vehicular Technology Conference (VTC2021-Spring), 1-6, 2021
182021
Comparison between LoRa and NB-IoT coverage in urban and rural Southern Brazil regions
LE Ribeiro, DW Tokikawa, JL Rebelatto, G Brante
Annals of Telecommunications 75, 755-766, 2020
162020
Energy Efficiency of Network Coded Cooperative Communications in Nakagami-Fading
OK Rayel, JL Rebelatto, RD Souza, BF Uchôa-Filho, Y Li
IEEE Signal Processing Letters 20 (10), 960-963, 2013
142013
Network-coded cooperative LoRa network with D2D communication
LH de Oliveira Alves, JL Rebelatto, RD Souza, G Brante
IEEE Internet of Things Journal 9 (7), 4997-5008, 2021
132021
Maximum secrecy throughput of transmit antenna selection with eavesdropper outage constraints
MEP Monteiro, JL Rebelatto, RD Souza, G Brante
IEEE Signal Processing Letters 22 (11), 2069-2072, 2015
132015
Generalized network-coded cooperation in OFDMA communications
ZC Pereira, TH Ton, JL Rebelatto, RD Souza, BF Uchôa-Filho
IEEE Access 6, 6550-6559, 2018
112018
The system can't perform the operation now. Try again later.
Articles 1–20