In MIMO (Multiple-Input-Multiple-Output) systems, multiple antenna elements are placed at both the access point (AP) and the mobile terminals (MTs). Therefore, a spatial dimension is introduced at both the AP and MTs, which gives large potential to increase the system capacity. Basically, MIMO systems can be classified in single-user MIMO systems, where the AP communicates with only a single MT, and multi-user MIMO systems, where AP communicates simultaneously with several MTs.   

The focus of this project is to 

• study the basic properties of single-user MIMO systems, e.g. the distribution of eigenvalues of the MIMO channel,
• study the basic properties of multi-user MIMO systems, e.g. the cross-correlation between eigenmodes of  MIMO channels between AP and MTs, and
• develop novel base band signal processing techniques for multi-user MIMO systems, especially for downlink communication.

Introduction
Air Interface Design
Interference Reduction
Joint Processing
Transmit Array Processing 
Beyond 3G Mobile Radio 
FLOWS
MIMO Systems
Channel Estimation
Interference and Co-Existence 
System Modeling 
Multi-Static and Synthetic 
Location of Radio Sources