Simon Häger

Publication Activity (10 Years)

Years Active: 2021-2024
Publications (10 Years): 11

Top Topics

Top Venues

EuCNC/6G Summit

Publications

Marco Danger, Simon Häger, Karsten Heimann, Stefan Böcker, Christian Wietfeld
Empowering 6G Industrial Indoor Networks: Hands-On Evaluation of IRS-enabled Multi-User mmWave Connectivity. EuCNC/6G Summit (2024)
Simon Häger, Marco Danger, Karsten Heimann, Yasin Gümüs, Stefan Böcker, Christian Wietfeld
Custom Design and Experimental Evaluation of Passive Reflectors for mmWave Private Networks. LANMAN (2024)
Simon Häger, Marco Danger, Stefan Böcker, Christian Wietfeld
On Link-level Performance of Passive IRS-boosted Indoor mmWave Communications and Road Ahead. LANMAN (2024)
Simon Häger, Akram Najjar, Caner Bektas, Dien Lessy, Mohammed El-Absi, Fawad Sheikh, Stefan Boecker, Thomas Kaiser, Christian Wietfeld
Phase-Based Breathing Rate Monitoring in Patient Rooms Using 6G Terahertz Technology. CoRR (2023)
Simon Häger, Karsten Heimann, Stefan Böcker, Christian Wietfeld
Holistic Enlightening of Blackspots With Passive Tailorable Reflecting Surfaces for Efficient Urban mmWave Networks. IEEE Access 11 (2023)
Simon Häger, Marcus Haferkamp, Christian Wietfeld
Beam-based 6G Networked Sensing Architecture for Scalable Road Traffic Monitoring. SysCon (2023)
Simon Häger, Niklas Gratza, Christian Wietfeld
Characterization of 5G mmWave High-Accuracy Positioning Services for Urban Road Traffic. VTC2023-Spring (2023)
Karsten Heimann, Simon Häger, Christian Wietfeld
Demo Abstract: Experimental 6G Research Platform for Digital Twin-Enabled Beam Management. MobiWac (2023)
Simon Häger, Stefan Böcker, Christian Wietfeld
3D Self-Motion Tracking Services: Coalescence of mmWave Beam Orientations and Phase Information. FNWF (2022)
Aleksandar Ichkov, Simon Häger, Petri Mähönen, Ljiljana Simic
Comparative Evaluation of Millimeter-Wave Beamsteering Algorithms Using Outdoor Phased Antenna Array Measurements. SECON (2022)
Simon Häger, Stefan Böcker, Shahin Jamali, Thomas Reinsch, Christian Wietfeld
A Novel System Architecture for Small-Scale Motion Sensing Exploiting 5G mmWave Channels. GLOBECOM (Workshops) (2021)