Multi-antennas for mobile radio communications (status WS 06/07)


1.  Introduction
2.  System Modeling
2.1  Matrix Vector Notation
2.2  Multivariate Gaussian Noise
3.  Channel Capacity
3.1  Instantaneous Channel Capacity
3.1.1  SISO Channel
3.1.2  Uncoupled MIMO Channel  Without Transmitter Side Channel Knowledge  With Transmitter Side Channel Knowledge
3.1.3  Coupled MIMO Channel
3.2  Capacity of Stochastic Channels
4.  Channel Models
4.1  SISO Channel Models
4.1.1  Frequency Selective Channel Model
4.1.2  Flat Fading Channel Model
4.2  MIMO Channel Models
4.2.1  Flat Ribbon Cable Channel Model
4.2.2  Keyhole Channel Model
4.2.3  Independent Fading Channel Model
4.2.4  Kronecker Channel Model
4.2.5  Single-Directional Channel Model
4.2.6  Multi-Directional Channel Model
5.  Canonical System Implementation
6.  Signal Processing with non Cooperative Inputs
6.1  System Model
6.2  Receive Matched Filter
6.3  Receive Zero Forcing
6.4  Successive Decoding
6.5  Optimum Joint Detection
7.  Signal Processing with non Cooperative Outputs
7.1  System Model
7.2  Transmit Matched Filter
7.3  Transmit Zero Forcing
7.4  Successive Encoding
7.5  Optimum Joint Transmission
8.  Diversity
8.1  Receive Diversity
8.2  Transmit Diversity
9.  Channel Estimation


There is a script and Exercise for the lecture.



  • Hottinen, O. Tirkkonen, R. Wichmann: Multi-antenna Transceiver Techniques for 3G and Beyond
  • B. Vucetic, J. Yuan: Space-Time Coding
Multi antennas for mobile radio Communications Script
Multi antennas for mobile radio communications Übungen