%0 Report %1 dftlabgraz %A Shutin, Dmitry %A Witrisal, Klaus %A Rank, Erhard %A Képesi, Marián %A Meissner, Paul %C Inffeldgasse 16c/EG %D 2009 %K audio discrete dsp fourier transform %T Discrete Fourier Transform %U https://secure.spsc.tugraz.at/courses/dsplab/dft1/dft1.pdf %X This note provides a brief review of the Fourier transform for the analysis of discrete- ime signals and systems and a description of practical assignments, which will be per- ormed on a Texas Instrument DSP board. Some tasks are to be performed with the help f MATLAB. It is assumed that the student has enough theoretical background to per- orm the practical part of the work. The review of some aspects of discrete-time signals nd systems provided here is just a quick reminder.

@techreport{dftlabgraz, abstract = {This note provides a brief review of the Fourier transform for the analysis of discrete- ime signals and systems and a description of practical assignments, which will be per- ormed on a Texas Instrument DSP board. Some tasks are to be performed with the help f MATLAB. It is assumed that the student has enough theoretical background to per- orm the practical part of the work. The review of some aspects of discrete-time signals nd systems provided here is just a quick reminder.}, added-at = {2011-06-21T16:45:00.000+0200}, address = {Inffeldgasse 16c/EG}, author = {Shutin, Dmitry and Witrisal, Klaus and Rank, Erhard and Képesi, Marián and Meissner, Paul}, biburl = {https://www.bibsonomy.org/bibtex/279dca9c4d9081cf74b9db21f59a4989d/inanc.g}, institution = {Signal Processing and Speech Communication Laboratory}, interhash = {9629d9c5a98ce40dbe81dc357e3c9cc2}, intrahash = {79dca9c4d9081cf74b9db21f59a4989d}, keywords = {audio discrete dsp fourier transform}, month = {November}, timestamp = {2011-06-21T16:45:00.000+0200}, title = {Discrete Fourier Transform}, type = {Laboratory handout}, url = {https://secure.spsc.tugraz.at/courses/dsplab/dft1/dft1.pdf}, year = 2009 }