Lectures
A complete list of all Webdemos and their associated lectures can be found below:
Student Theses
Webdemos emerging from former student theses projects:
Invited Webdemos
Webdemos from leading scientist around the world:
Topic | fundamental | wireless | optical | wireline |
---|---|---|---|---|
RateX Transceiver Demonstrator | X |
Research
Webdemos emerging from ongoing research:
Topic | fundamental | wireless | optical | wireline |
---|---|---|---|---|
AWGN Channel Capacity with various constraints | X | |||
Multicarrier waveforms for 5G | X | |||
Spatially Coupled LDPC Codes | X | |||
Massive MIMO | X | |||
On-the-fly LDPC Code BER simulations on a GPU platform | X | |||
Polar Codes | X | |||
On-the-fly Polar Code BER simulations on a GPU platform | X | |||
5G LDPC Codes | X | X | ||
Massive MIMO Channel Modeling | X |
About
X | Webdemo is related to this lecture |
X | Webdemo is also of interest for this lecture |
NT II | Nachrichtentechnik II |
Com | Communications (INFOTECH) |
ÜT I | Übertragungstechnik I / Communications I |
Com II | Übertragungstechnik II / Communications II |
Com III | Übertragungstechnik III / Communications III |
STWC | Space Time Wireless Communications |
IT | Information Theory |
The webdemo scripts are written for GNU Octave which is open source. The webdemos are executed on our web-servers; thus, you will only need to install Octave if you intend to download the source code of the demos and run them locally on your own computer. As Octave's syntax is widely compatible to MATLAB, the webdemos can in principle be executed with MATLAB as well. Students of the University of Stuttgart can get a free MATLAB licence from the TIK.
An automatically generated list of all available webdemos is available here.