GNU Radio Tutorials: Part 2 - Hysteresis, Noise, Thresholds & Bit Error Rate

[@ChristianStCyr]

Thank you for these videos. I've been following gnu radio for years and have only recently started to really immerse myself. These are a huge help.

[@richardcclarke]

Great job on the video series. A valuable resource for people new to GNU Radio and the GNU Radio Companion and software defined radio in general. Keep them coming!

[@Festblatte]

These videos are very good. Its a high learning curve but once you understand it it is really logical. Thank for making these videos

[@tonycekolin6061]

new to the gnuradio party - i have been enjoying your tutorials so far - learning a lot!

[@dasprozac]

Thank you very much for these videos! I have been struggling to learn this program on my own for about a month now.

[@balint256]

Happy to hear that! Part three is ready for viewing.

[@HansVanIngelgom]

Thanks for the effort you put into this, I learned quite a few things. Looking forward to part 3.

[@angeline0la]

This tutorials are very helpful! I'm just starting out with GNU Radio and this helps a lot!

[@TwoYaks]

These videos are fantastic. Thank you.

[@wangkunpeng2839]

Thank you very much for making these videos!

[@yahussainmazloom1]

thanks for these series

[@CT4BB]

Very usefull I'm learning here. Tks

[@neversphere]

Thanks for this! Excellent introduction.

[@balint256]

You should have a DPSK modulator there? You can set that to BPSK. (One of the next tutes will combine demodulating PSK sampled from a noisy channel and BER measurement...)

[@LucaMolari]

Very good introduction, thank you!

[@jovari92]

I like how your seed in the BER example is 42.

[@kotai2003]

Very nice tutorial. Thank you !

[@balint256]

Certainly - it's on the list.

[@giggiohnl]

Thx for these tutorial!

[@ZOBAER496]

What's the reason behind using a lot of throttle blocks? What does a throttle block do? Would you please clarify?

[@OpcodeZ]

If you could put PLLs into an up coming video that would be very helpful, thanks!

[@broecher]

Nice videos! I think there have been a lot of changes since 2012. I can't find some of these blocks.

[@AlexSpencerAZ]

Thank you for making these videos! Do you have the source code posted?

[@vinaykumar-wf2yp]

how to make these flow graph

[@rajeet21]

can you provide the link of gnu radio software of this. I want to have a look of it.

[@brenthughes9740]

Hey your videos are great! Is there anyway to create a scanner to scan available FM signals (similar to the one in SDR# pluggins) in GNU, while using the RTL-SDR dongle?

[@wwShadow7]

You can get them visually with the waterfall based on a frequency range. The list of my local ones with the small antennae aligator clipped to the ant 500. postfix with e6 for MHz. 89.489 91.2913 92.0807 93.6925 94.6904 95.4903 96.6962 97.4903 98.0923 98.8933 99.295 99.8913 100.696 101.49 101.891 103.099 104.288 105.498 106.284 107.692 . I could probably get more and better if I wasn't in a bricked in dwelling with a double roof. But I have the antennae near the window.

[@kavoos1000]

very helpfull

[@g.1100]

the volume on these videos is so low....