[Ground-station] Fwd: digital communication undergraduate course

[Michelle Thompson]

---------- Forwarded message ---------
From: jean-michel.friedt at femto-st.fr <jean-michel.friedt at femto-st.fr>
Date: Sat, Jan 9, 2021 at 1:50 PM
Subject: digital communication undergraduate course
To: GNURadio Discussion List <discuss-gnuradio at gnu.org>


Dear GNU Radio community,
due to lockdown restricted access of students to universities, I have
recorded
videos for the undergraduate course on Digital Communication. As I try to
illustrate
most concepts of discrete time digital signal processing with GNU Radio
(and GNU/Octave
when needed for post-processing), I thought this community might be
interested. Please
remember that as a physicist by training, I have no basic knowledge on
digital
communication or SDR other than my own experience, so some topics might be
either wrong
or misrepresented, or both. This year's work has been to shift all (most ?)
slides
and demonstrations to GNU Radio 3.8. Feedback, comments and error reports
are of course
welcome. All videos are at http://jmfriedt.free.fr/ under "Licence 3 EEA"
(bachelor
degree -- electronics engineering):

http://jmfriedt.free.fr/TI2020_1.mp4 (1.5 h) -- Introduction, hardware, AM
(aeronautical communication)

http://jmfriedt.free.fr/TI2020_2.mp4 (1.5 h) -- Modulations (FM, PM) --
application
to broadcast commercial FM and NOAA LEO satellite reception

http://jmfriedt.free.fr/TI2020_3.mp4 (1.0 h) -- Division Multiple Access,
application to receiving multiple FM stations and POCSAG decoding using
external
software

http://jmfriedt.free.fr/TI2020_4.mp4 (1.43 h) -- CDMA and GPS decoding. I
forgot to mention the link http://jmfriedt.org/gps/gps_lab.tar.gz
with datasets collected with a RTL-SDR DVB-T dongle at 1.57542 GHz carrier
frequency
and a rate of 1.023 MS/s fitted with an active GPS antenna polarized by a
5-V bias T.

http://jmfriedt.free.fr/TI2020_5.mp4 (45 min) -- pulse compression and link
budget

http://jmfriedt.free.fr/TI2020_6.mp4 (1h40) -- antenna basics

http://jmfriedt.free.fr/TI2020_7.mp4 (45 min) -- channel capacity, Shannon
theorem

http://jmfriedt.free.fr/TI2020_8.mp4 (1h40) -- synchronization and digital
processing
of radiofrequency signals

Hoping that someone might find these useful and provide feedback,
best, JM
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