These are gems. Thank you. You people change the world. To a better world. By making these workshop videos available, you make it accessible for enthusiastic kids from poor countries be able to grasp these fundementals they otherwise would never get a chance to learn. Thank you.
First, this is the most informative and useful GNU radio video I have seen so far (Just getting started). You don't just add blocks, you explain. And show the middle mouse button menu which I did not know existed. If it only worked on a keyboard only setup... Cheeky question: How do you know the red signal is not - a lot - ahead of the blue ?
That - 0/1 decoder block, outputting a numeric stream - should be part of the standard GNU Radio ? Would allow logging of transmitted commands for later analysis. btw, my device, looking just like yours, appear to have 16 bit blocks with the following distribution (not tested changing channels yet) 1-7 Channel 8-13 Button set - with an interesting ‘wrap around’ structure, shifting bits to the right as we go A-B-C-D (A = 001111, B= 100111 etc. Always 4 1’s and 2 0’s 14-16: on off, with 100 = OFF and 001 = ON
I was really hoping to see the output of the binary slicer converted to a string or hex values. Ending with the waveform only didn’t really decode the input.
These are gems. Thank you. You people change the world. To a better world. By making these workshop videos available, you make it accessible for enthusiastic kids from poor countries be able to grasp these fundementals they otherwise would never get a chance to learn. Thank you.
First, this is the most informative and useful GNU radio video I have seen so far (Just getting started). You don't just add blocks, you explain. And show the middle mouse button menu which I did not know existed. If it only worked on a keyboard only setup...
Cheeky question: How do you know the red signal is not - a lot - ahead of the blue ?
Great Videos, Thank you very much.
Good video...i done analysing frames before....this is good to do with rtl-sdr
Dude, I love you so bad !!! Thank you for all of this, I looked for your name in LinkedIn but couldn’t find you !
Amazing tutorial. Good job 👍
Excellent tutorial!!!
this is worth gold!!
Thanks for the video! Is there a big secret on how to get GNU Radio COMPANION app on Mac?
That - 0/1 decoder block, outputting a numeric stream - should be part of the standard GNU Radio ? Would allow logging of transmitted commands for later analysis. btw, my device, looking just like yours, appear to have 16 bit blocks with the following distribution (not tested changing channels yet)
1-7 Channel
8-13 Button set - with an interesting ‘wrap around’ structure, shifting bits to the right as we go A-B-C-D (A = 001111, B= 100111 etc. Always 4 1’s and 2 0’s
14-16: on off, with 100 = OFF and 001 = ON
Just Perfect ..
Yes indeed
I was really hoping to see the output of the binary slicer converted to a string or hex values. Ending with the waveform only didn’t really decode the input.
Where can I get a copy of the data file?