Communication networks are always built to serve the people for their given needs. Currently, communication networks need to provide low latency, resilience, security and not just bare throughput. Our research philosophy can be described as “Theory that matters!”. Theoretical fundamental research results are tested using different approaches such as simulations, software in the loop, hardware in the loop, and testbeds. Importantly, implementations are not merely used to show feasibility, but rather to derive further relevant research questions by exposing theory to the real world. We apply this philosophy to all our research areas.
The chair is leading the excellence cluster Tactile Internet with Human-in-the-Loop (CeTI). In addition, Professor Fitzek is the coordinator of the 5G Lab Germany at the TU Dresden, which encompasses an interdisciplinary team of 23 professors and almost 600 employees from various research institutes. He also coordinates the large-scale project 6G-life, which is funded by the BMBF and realized together with the Technical University of Munich.
The chair is leading the excellence cluster Tactile Internet with Human-in-the-Loop (CeTI). In addition, Professor Fitzek is the coordinator of the 5G Lab Germany at the TU Dresden, which encompasses an interdisciplinary team of 23 professors and almost 600 employees from various research institutes. He also coordinates the large-scale project 6G-life, which is funded by the BMBF and realized together with the Technical University of Munich.
We use testbeds to safely and effectively test new network technologies in controlled settings. This helps us repeat tests exactly and create reliable and practical solutions for telecommunications.
Want to learn more? See all our testbeds.
We are constantly publishing to share our results and insights.
We are constantly publishing to share our results and insights.
Sifat Rezwan
Best Demo Award of the IEEE Consumer Communications & Networking Conference 2024 in Las Vegas, USA
Jonas Schulz
Caspar von Lengerke
Alexander Hefele
Diploma-Thesis “Examination of Identification in Software Defined Radios”, supervised by Caspar von Lengerke and Juan Cabrera
Pit Hofmann
Testbed-based Receiver Optimization for SISO Molecular Communication Channels
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