Core Competencies: Communications, Information Theory, and Digital Signal Processing

Fields of Appliation:

• Mobile communication (5G / 6G)
• Sensor networks (Industry 4.0 / Factory of the Future)
• 3-D orbital terrestrial networks (5G/6G NewSpace, LEO satellites)

Research Focus (Physical Layer / Medium Access Layer):

• Signal Processing for Communications
• Distributed- and consensus-based processing/in-network-processing
• Compressed Sensing
• Event based sampling
• Machine Learning for Communiations
• Neural Networks
• Information Bottleneck Method
• Distributed/Federated Learning
• Probabilistic/Bayesian Inference
• Communications - special topics
• 5G URLLC and mMTC
• 6G Industrial Radio
• Low energy/low cost sensors and IoT devices
• Rate splitting and Beamforming

The department of communications engineering is a member of Gauß-Olbers Space Technology Transfer Center.

The department of communications engineering is a member of TZI (Center for Computing and Communication Technologies).