An LPC-Based Fronthaul Compression Scheme. - Leonardo Ramalho; Maria Nilma Fonseca; Aldebaro Klautau; Chenguang Lu; Miguel Berg; Elmar Trojer; Stefan Höst (IEEE Commun. Lett., 2017)

DCT-based compression scheme for OFDM baseband signals. - Maria Nilma Fonseca; Leonardo Ramalho; Aldebaro Klautau; Chenguang Lu; Miguel Berg; Stefan Höst (Wireless Days, 2018)

Improved LPC-Based Fronthaul Compression With High Rate Adaptation Resolution. - Leonardo Ramalho; Igor Freire; Chenguang Lu; Miguel Berg; Aldebaro Klautau (IEEE Commun. Lett., 2018)

A Fronthaul Signal Compression Method Based on Trellis Coded Quantization. - Flávio Brito; Miguel Berg; Chenguang Lu; Leonardo Ramalho; Ilan Sousa; Aldebaro Klautau (LATINCOM, 2019)

Fronthaul Requirements Analysis for Cell-Free MIMO. - Andrey Nakamura; Leonardo Ramalho; Aldebaro Klautau (SSN, 2020)

Functional Split and Frequency-Domain Processing for Fronthaul Traffic Reduction. - Cleverson Veloso Nahum; Leonardo Ramalho; Aldebaro Klautau; Eduardo Medeiros; Igor Almeida; Elmar Trojer (IEEE Commun. Lett., 2021)

Compression of Activation Signals from Split Deep Neural Network. - Flávio Brito; Lucas Silva; Leonardo Ramalho; Silvia Lins; Neiva Linder; Aldebaro Klautau (LATINCOM, 2022)

Rate Control for Entropy-Coded LPC: Application to Packet-Based Fronthauling. - Leonardo Ramalho; Joary Fortuna; Chenguang Lu; Miguel Berg; Igor Almeida; Aldebaro Klautau (IEEE Trans. Commun., 2022)

Machine Learning-Based Holdover for IEEE 1588 PTP Packet Fronthauling. - Douglas Santos; Gustavo Souza; Rodrigo Dutra; Amir H. Mohajerzadeh; Leonardo Ramalho; Aldebaro Klautau; Igor Almeida; Eduardo Medeiros (ISWCS, 2023)

A SBC-Based Data Acquisition System: A Case Study on Smart Reclosers and Multiagent Systems. - Leonardo Ramalho; Ilan Correa; Marcos Eduardo Pivaro Monteiro; Diego Issicaba; Tarso V. Ferreira; Ricardo A. O. De Faria (IEEE Access, 2023)

CSI Compression for Distributed-MIMO With Centralized Precoding and Power Allocation. - Marcos Silva; Leonardo Ramalho; Igor Almeida; Eduardo Medeiros; Aldebaro Klautau (IEEE Commun. Lett., 2023)