PlaceRAN: Optimal Placement for the Virtualized Next-Generation RAN. - Fernando Zanferrari Morais; Gabriel Matheus de Almeida; Leizer de Lima Pinto; Kleber Vieira Cardoso; Luis M. Contreras 001; Rodrigo da Rosa Righi; Cristiano Bonato Both (CoRR, 2021)

Deep reinforcement learning for joint functional split and network function placement in vRAN. - Gabriel Matheus de Almeida; Victor Hugo L. Lopes; Aldebaro Klautau; Kleber Vieira Cardoso (GLOBECOM, 2022)

Efficient allocation of disaggregated RAN functions and Multi-access Edge Computing services. - Luciano de S. Fraga; Gabriel Matheus de Almeida; Sand Correa; Cristiano Both; Leizer de Lima Pinto; Kleber Vieira Cardoso (GLOBECOM, 2022)

A Coverage-Aware VNF Placement and Resource Allocation Approach for Disaggregated vRANs. - Victor Hugo L. Lopes; Gabriel Matheus de Almeida; Aldebaro Klautau; Kleber Vieira Cardoso (GLOBECOM, 2022)

Bi-objective Optimization for Energy Efficiency and Centralization Level in Virtualized RAN. - William Pires; Gabriel Matheus de Almeida; Sand Correa; Cristiano Both; Leizer de Lima Pinto; Kleber Vieira Cardoso (ICC, 2022)

Optimal Joint Functional Split and Network Function Placement in Virtualized RAN With Splittable Flows. - Gabriel Matheus de Almeida; Leizer de Lima Pinto; Cristiano Bonato Both; Kleber Vieira Cardoso (IEEE Wirel. Commun. Lett., 2022)

A Genetic Algorithm for Efficiently Solving the Virtualized Radio Access Network Placement Problem. - Gabriel Matheus de Almeida; Celso G. Camilo-Junior; Sand Correa; Kleber Vieira Cardoso (ICC, 2023)

RIC-O: An Orchestrator for the Dynamic Placement of a Disaggregated RAN Intelligent Controller. - Gustavo Zanatta Bruno; Vikas Krishnan Radhakrishnan; Gabriel Matheus de Almeida; Alexandre Huff; Aloizio Pereira da Silva; Kleber Vieira Cardoso; Luiz A. DaSilva; Cristiano Bonato Both (INFOCOM Workshops, 2023)

Optimal Resource Allocation with Delay Guarantees for Network Slicing in Disaggregated RAN. - Flávio Geraldo Coelho Rocha; Gabriel Matheus de Almeida; Kleber Vieira Cardoso; Cristiano Bonato Both; José Ferreira de Rezende (CoRR, 2023)

PlaceRAN: Optimal Placement of Virtualized Network Functions in Beyond 5G Radio Access Networks. - Fernando Zanferrari Morais; Gabriel Matheus F. de Almeida; Leizer de Lima Pinto; Kleber Vieira Cardoso; Luis M. Contreras 001; Rodrigo da Rosa Righi; Cristiano Bonato Both (IEEE Trans. Mob. Comput., 2023)

OPlaceRAN - A Placement Orchestrator for Virtualized Next-Generation of Radio Access Network. - Fernando Zanferrari Morais; Gustavo Zanatta Bruno; Julio Renner; Gabriel Matheus F. de Almeida; Luis M. Contreras 001; Rodrigo da Rosa Righi; Kleber Vieira Cardoso; Cristiano Bonato Both (IEEE Trans. Netw. Serv. Manag., 2023)

O-RAN-Oriented Approach for Dynamic VNF Placement Focused on Interference Mitigation. - Victor Hugo L. Lopes; Gabriel Matheus de Almeida; Aldebaro Klautau; Kleber Vieira Cardoso (ICC, 2024)

RIC-O: Efficient Placement of a Disaggregated and Distributed RAN Intelligent Controller With Dynamic Clustering of Radio Nodes. - Gabriel Matheus de Almeida; Gustavo Zanatta Bruno; Alexandre Huff; Matti A. Hiltunen; Elias P. Duarte; Cristiano Bonato Both; Kleber Vieira Cardoso (IEEE J. Sel. Areas Commun., 2024)

Evaluating the Deployment of a Disaggregated Open RAN Controller on a Distributed Cloud Infrastructure. - Gustavo Zanatta Bruno; Gabriel Matheus de Almeida; Aditya Sathish; Aloizio Pereira da Silva; Luiz A. DaSilva; Alexandre Huff; Kleber Vieira Cardoso; Cristiano Bonato Both (IEEE Trans. Netw. Serv. Manag., 2024)

Optimizing Energy Consumption for vRAN Placement in O-RAN Systems With Flexible Transport Networks. - William Pires; Gabriel Matheus de Almeida; Sand Luz Corrêa; Cristiano Bonato Both; Leizer de Lima Pinto; Kleber Vieira Cardoso (IEEE Open J. Commun. Soc., 2025)

Towards Energy- and QoS-aware Load Balancing for 6G: Leveraging O-RAN to Achieve Sustainable and Energy-Efficient 6G. - Gustavo Zanatta Bruno; Gabriel Matheus de Almeida; Aloizio P. Silva; Luiz A. DaSilva; Joao F. Santos; Alexandre Huff; Kleber Vieira Cardoso; Cristiano Bonato Both (CoRR, 2025)