^  //Summer Semester 1998//  ^^^
|[[A Graphical Viterbi Decoder (LCM)]]| | 6th semester|
|[[Smart Antennas (LCM)]] | | Doctoral School|
|[[Distributed Antennas for Cellular Wireless Communications (LCM)]]| | Doctoral School|
^  //Winter and Summer Semesters 1998/99//  ^^^
|[[Rate-Splitting Multiple-Access Applet]] | | 5th semester| 	 
|[[Channel Estimation/Equalization Applet]] | | 5th semester|  	 
|[[A Graphical Sum-Product Decoder Java-applet]] | | 7th semester|
|[[Stripping Multiuser Detector Demonstrator]] | | 7th semester|
|[[Reed-Solomon Coding/Decoding Demonstrator]] | | 7th semester|
|[[Software Radio - Analog/Digital Interfacing (LCM)]] | | diploma|
|[[Software Radio Front-End Demonstration (LCM)]] | | 6th semester|
|[[Broadcast Channel (LCM)]] | | Doctoral School|
|[[Multi-Antenna Systems (LCM)]] | | Doctoral School|
^  //Winter and Summer Semesters 1999/2000//  ^^^
|[[Multi-antenna systems I (LCM)]]| | 6th project|
|[[Coding for Gilbert-Elliot Channels (LCM)]]| | 7th semester|
|[[Wireless Local Area Network (WLAN) System Evaluation (LCM)]] | | 6th semester|
|[[Software Radio I,II: Development and Evaluation of Algorithms for Real-Time Signal Processing (LCM)]] | | 6th semester|
|[[Developing Optimized MMX Routines for Spreading and Scrambling in a UMTS System (LCM)]] | | 6th semester |
^  //Winter and Summer Semesters 2000/2001//  ^^^
|[[Blind Interference Cancellation Techniques in UTRA-TDD down-link (LCM)]] | | Doctoral School|
|[[Channel models for multi-antenna systems (LCM)]] | | 6th semester|
^  //Winter and Summer Semesters 2001/2002//  ^^^
|[[An Introduction to Kalman Filtering (LCM)]] | | 6th semester|
|[[Communications Toolbox in Matlab (LCM)]] | | 6th semester|
|[[Multi-antenna Systems (LCM)]] | | 9th semester|
^  //Winter and Summer Semesters 2002/2003//  ^^^
|[[User Friendly Interface to Start/Stop the Software Radio (LCM)]] | | 9th semester|
|[[Software Radio - Decoders (LCM)]] | | 9th semester|
|[[Implementing a Layer 2 for the Software Radio (LCM)]] | | 9th semester|
|[[Introduction to Multicarrier Communication (LCM)]] | | 9th semester|
|[[Short Optimal Codes (LCM)]] | | 9th semester|
|[[Design of (good) Codes for Broadcast Channels (LCM)]] | | Doctoral School|
|[[Neural Communication (LCM)]] | | Doctoral School|
|[[Implementation of Additional Functions to the GUI for the Software-Radio (LCM)]] | | 6th semester |
^  //Winter and Summer Semesters 2003/2004//  ^^^
|[[On the problem of training/channel estimation]] | | 10th semester |
|[[A Layer 2 Implementation for the Software Radio (LCM)]] | | 8th semester |
|[[Implementing Graphical Description of Wireless Systems (LCM)]] | | 6th semester |
|[[Development of a Kalman Filter for the Software Radio (LCM)]] | | 6th semester |
|[[Coding over Graphs (LCM)]] | | 6th semester |
^Winter and Summer Semesters 2004/2005^^^
|[[Decoding a 802.11 Broadcast Packet (LCM)]] | | 9th semester |
|[[Implementation of a GPS Receiver as a Software Radio Module (LCM)]] | | 9th semester |
|[[Space-Time Codes and the Effects of Correlation on the MIMO Software Radio (LCM)]] | | Master project |
|[[A Graphical Interface For the Software Radio GPS (LCM)]] | | Bachelor Project |
|[[Communicating with Noiseless Feedback (LCM)]] | | Doctoral School |
|[[Joint Routing and Coding Over a Noisy Network with Complexity Constraints (LCM)]] |  | Master Thesis |
|[[Digital Downconverter Simulator and Controller]] | | Summer Project - NCCR-MICS |
^Summer Semester 2006^^^
|[[Implementing a GPS receiver in Matlab (LCM)]] | | Master Project|
^Spring Semester 2007^^^
|[[The Input Device of the Future (LCM)]] | | Bachelor Project|
^Fall Semester 2007^^^
|[[Development of an efficient software GPS receiver (LCM)]] | | Master Project|
^Spring Semester 2008^^^
|[[Stochastic Volatility Models (LTHI)]] | | Master Project|
^Fall Semester 2008^^^
|[[Facebrowsing on Facebook (LICOS)]] | | Bachelor Project|