A Maximum-Likelihood-based Multi-User LoRa Receiver Implemented in GNU Radio. - Mathieu Xhonneux; Joachim Tapparel; Orion Afisiadis; Alexios Balatsoukas-Stimming; Andreas Burg 001 (ACSSC, 2020)

An Open-Source LoRa Physical Layer Prototype on GNU Radio. - Joachim Tapparel; Orion Afisiadis; Paul Mayoraz; Alexios Balatsoukas-Stimming; Andreas Burg 001 (SPAWC, 2020)

A Two-User Successive Interference Cancellation LoRa Receiver with Soft-Decoding. - Mathieu Xhonneux; Joachim Tapparel; Péter Scheepers; Orion Afisiadis; Alexios Balatsoukas-Stimming; David Bol; Jérôme Louveaux; Andreas Burg 001 (ACSCC, 2021)

On the Advantage of Coherent LoRa Detection in the Presence of Interference. - Orion Afisiadis; Sitian Li; Joachim Tapparel; Andreas Burg 001; Alexios Balatsoukas-Stimming (IEEE Internet Things J., 2021)

Enhancing the Reliability of Dense LoRaWAN Networks With Multi-User Receivers. - Joachim Tapparel; Mathieu Xhonneux; David Bol; Jérôme Louveaux; Andreas Burg 001 (IEEE Open J. Commun. Soc., 2021)

A Maximum-Likelihood-Based Two-User Receiver for LoRa Chirp Spread-Spectrum Modulation. - Mathieu Xhonneux; Joachim Tapparel; Alexios Balatsoukas-Stimming; Andreas Burg 001; Orion Afisiadis (IEEE Internet Things J., 2022)

Increasing LoRa Sensitivity and Reliability with an IoT Cloud RAN. - Joachim Tapparel; Andreas Burg 001 (ACSSC, 2023)

LoRa Preamble Detection Robust to Inter-channel Interference. - Joachim Tapparel; Alexios Balatsoukas-Stimming; Andreas Burg 001 (SPAWC, 2023)

LoRa Fine Synchronization with Two-Pass Time and Frequency Offset Estimation. - Joachim Tapparel; Andreas Burg 001 (IEEECONF, 2024)

Centralized RAN for LPWAN: Architecture and Proof-of-Concept Prototype Implementation. - Joachim Tapparel; Andreas Burg 001 (NFV-SDN, 2024)