Short sequence of lectures giving an overview over existing wireless communication systems as well as different topics on:

·         Deterministic/stochastic description of space-time wireless channels

·         Channel estimation and equalization

·         Adaptive equalization (channel shortening)

·         Multiple-input multiple-output (MIMO) and massive MIMO systems

·         Orthogonal multiple access (OMA) and non-orthogonal multiple access (NOMA)

·          Interference alignment

·         Space-time coding

·         Sphere decoding

·         Adaptive beamforming

·         Cooperative communication

·         Cognitive radio and filter banks

·         Compressive sensing and its applications in wireless communication systems

·         4G and 5G signal processing (e.g. waveform design)

We will also focus on signal processing for specific examples of wireless systems as:

·         Satellite systems

·         Fourth generation (4G) cellular mobile radio

·         Five generation (5G) wireless networks

·         Wireless backhauling of 5G

·         Outdoor and indoor wireless positioning systems

·         Signal processing for vehicular communications

·         Sixth generation (6G) communication systems