Michael Kuhn

11 papers B 2Unranked 9
YearRankTypeTitle / Venue / Authors
2024 — conf
Benefits of Cooperative Communication on Channel Congestion and Dissemination Range in V2X Networks.
MeditCom
Mus'ab Yüksel, Jochen Stellwagen, Raphael T. L. Rolny, Marc Kuhn, Matthias Deegener, Michael Kuhn
2024 — conf
Distributed Spatial Multiplexing (MIMO) System for Practical MANETs with Multiple Imperfections.
VTC Spring
Mus'ab Yüksel, Raphael T. L. Rolny, Marc Kuhn, Michael Kuhn
2023 — conf
SDR-based Demonstration System and Applicability of SNR Aggregation for Multistage Distributed Cooperative Communication in MANETs.
VTC2023-Spring
Mus'ab Yüksel, Raphael T. L. Rolny, Marc Kuhn, Michael Kuhn
2022 — conf
Applicability of Space-Time Block Codes for Distributed Cooperative Broadcasting in MANETs with High Node Mobility.
VTC Spring
Mus'ab Yüksel, Raphael T. L. Rolny, Marc Kuhn, Michael Kuhn
2022 B conf
Distributed Cooperative Transmission in MANETs with Multiple Timing and Carrier Frequency Offsets.
PIMRC
Mus'ab Yüksel, Raphael T. L. Rolny, Marc Kuhn, Michael Kuhn
2022 B conf
Multi-Carrier (OFDM) Cooperative Transmission in MANETs with Multiple Carrier Frequency Offsets.
WiMob
Mus'ab Yüksel, Raphael T. L. Rolny, Marc Kuhn, Michael Kuhn
2020 — conf
SDR Demonstration System for the Investigation of Cooperative Communication and the Scaling Behaviour of MANETs.
CERC
Mus'ab Yüksel, Milenko Starcik, Florian Hofmann, Raphael Rolny, Marc Kuhn, Michael Kuhn
2013 — conf
The Impact of Combined Physical Layer Cooperation and Scheduling for the Downlink of LTE-Advanced Networks.
VTC Spring
Michael Kuhn, Tatiana Sarmiento, Marc Kuhn, Raphael Rolny
2011 — conf
Impact of relays and supporting nodes on locally restricted cooperation in future cellular networks.
ISWCS
Michael Kuhn, Raphael Rolny, Marc Kuhn
2011 — conf
The Potential of Restricted PHY Cooperation for the Downlink of LTE-Advanced.
VTC Fall
Marc Kuhn, Raphael Rolny, Armin Wittneben, Michael Kuhn, Thomas Zasowski
2002 — conf
Very low complexity space-time decision feedback equalization of intersymbol interference on severe frequency-selective fading channels.
VTC Spring
Michael Kuhn, Armin Wittneben