An all-IP software radio architecture under RTLinux. - Christian Bonnet; Lionel Gauthier; Pierre A. Humblet; Raymond Knopp; Aawatif Menouni Hayar; Yan Moret; Alessandro Nordio; Dominique Nussbaum; Michelle Wetterwald (Ann. des Télécommunications, 2002)

The 'pure-IP' Moby Dick 4G architecture. - Jürgen Jähnert; Jie Zhou; Rui L. Aguiar; Victor Marques 001; Michelle Wetterwald; Eric Melin; José Ignacio Moreno; Antonio Cuevas; Marco Liebsch; Ralf Schmitz; Piotr Pacyna; Telemaco Melia; et al. (Comput. Commun., 2005)

An Early Technical Evaluation of Convergence between Cellular and Broadcast Media. - Michelle Wetterwald; Huu Nghia Nguyen; Susana Sargento (ICNS, 2006)

IPv6 Soft Handover Applied to Network Mobility over Heterogeneous Access Networks. - Hirokazu Naoe; Michelle Wetterwald; Christian Bonnet (PIMRC, 2007)

Adaptive Packet Combining for IPv6 soft handover applied to Network Mobility. - Hirokazu Naoe; Michelle Wetterwald; Christian Bonnet (PIMRC, 2008)

Architectures for cognitive radio testbeds and demonstrators - An overview. - Oscar Gustafsson; Kiarash Amiri; Dennis Andersson; Anton Blad; Christian Bonnet; Joseph R. Cavallaro; Jeroen Declerck; Antoine Dejonghe; Patrik Eliardsson; Miguel Glassee; Aawatif Hayar; Lieven Hollevoet; et al. (CrownCom, 2010)

Wireless access architectures for video applications: the approach proposed in the MEDIEVAL project. - Leonardo Badia; Rui L. Aguiar; Albert Banchs; Telemaco Melia; Michelle Wetterwald; Michele Zorzi (ISCC, 2010)

Video-Enhancing Functional Architecture for the MEDIEVAL Project. - Daniel Corujo; Albert Banchs; Telemaco Melia; Michelle Wetterwald; Leonardo Badia; Rui L. Aguiar (MONAMI, 2010)

IEEE 802.21 and Proxy Mobile IPv6: A network controlled mobility solution. - Telemaco Melia; Fabio Giust; Riccardo Manfrin; Antonio de la Oliva; Carlos Jesus Bernardos; Michelle Wetterwald (Future Network & Mobile Summit, 2011)

Wireless access mechanisms and architecture definition in the MEDIEVAL project. - Marco Mezzavilla; Michelle Wetterwald; Leonardo Badia; Daniel Corujo; Antonio de la Oliva (ISCC, 2011)

Multicast and Virtual Road Side Units for Multi Technology Alert Messages Dissemination. - Daniel Câmara; Christian Bonnet; Navid Nikaein; Michelle Wetterwald (MASS, 2011)

Key Function Interfacing for the MEDIEVAL Project Video-Enhancing Architecture. - Daniel Corujo; Carlos Jesus Bernardos; Telemaco Melia; Michelle Wetterwald; Leonardo Badia; Rui L. Aguiar (MONAMI, 2011)

SVC multicast video mobility support in MEDIEVAL project. - Sérgio Figueiredo; Michelle Wetterwald; Tien-Thinh Nguyen; Lucas Eznarriaga; Noam Amram; Rui L. Aguiar (Future Network & Mobile Summit, 2012)

Devices and Wireless Interface Control in Vehicular Communications: An Autonomous Approach. - Michelle Wetterwald; Christian Bonnet (AMBI-SYS, 2013)

QoE-aware traffic management for mobile video delivery. - Bo Fu; Gerald Kunzmann; Daniel Corujo; Michelle Wetterwald; Rui Costa (ICC Workshops, 2013)

Evaluation of Jumboframes feasibility in LTE access networks. - Marco Mezzavilla; Davide Chiarotto; Daniel Corujo; Michelle Wetterwald; Michele Zorzi (ICC, 2013)

iTETRIS: A modular simulation platform for the large scale evaluation of cooperative ITS applications. - Michele Rondinone; Julen Maneros; Daniel Krajzewicz; Ramon Bauza; Pasquale Cataldi; Fatma Hrizi; Javier Gozálvez; Vineet Kumar; Matthias Röckl; Lan Lin; Óscar Lázaro; Jeremie Leguay; et al. (Simul. Model. Pract. Theory, 2013)

Enhancing Video Delivery in the LTE Wireless Access Using Cross-Layer Mechanisms. - Michelle Wetterwald; Leonardo Badia; Daniele Munaretto; Christian Bonnet (MONAMI, 2014)

A comprehensive survey on vehicular networks for smart roads: A focus on IP-based approaches. - Jaehoon Jeong 001; Yiwen Shen 001; Tae Tom Oh; Sandra Céspedes; Nabil Benamar; Michelle Wetterwald; Jérôme Härri (Veh. Commun., 2021)

An early View on the work of STF 623 in the Emergency Communications Network Resilience and Preparedness. - Evangelos K. Markakis; Anton Donner; Jumoke Olumide; James Winterbottom; Michelle Wetterwald (CPS-IoT Week Workshops, 2023)