Your mature voice, absence of silly or needless anecdotes, and sensible and sober manner made this presentation easy to watch. You made me realize that I really didn't fully understand QAM. I still don't, but I am much better off than I was before I watched your presentation. Thank you.
I'm glad you liked it. I realize this is a little higher level than some viewers are looking for but it is primarily aimed at EE students who would like another point of view. I only hope it proves more useful than confusing.
I feel that no matter how much math is involved, analog design, even within digital processing, is forever an art :)
Your mature voice, absence of silly or needless anecdotes, and sensible and sober manner made this presentation easy to watch. You made me realize that I really didn't fully understand QAM. I still don't, but I am much better off than I was before I watched your presentation. Thank you.
You save me weeks at school with this tutorial thank you
Shannon & Weaver was and still is genius. It is great to see a modern and accurate treatment today. Thank you.
There need to be more artist tapping into this medium. Art unlocks pathways to new horizons or communication methods ;)
Awesome introduction of this fascinating topic. Thank you Tom!
bravo! this is my 3 semesters of telecommunications engineering classes in one video minus antena theory 👏👏👏
don't stop just seeing the stick and the book, you love it after a while. thank you Tom it is very good presentation.
You're a hero. Exceptional quality of information, clear, concise, and thought provoking.
Thanks for breaking down what I have been struggling to understand for the last two weeks. Very simple and straight forward.
You are so coherent and clear there's no noise through the channel. Only cognitive bias and distortion
First I tried to understand the maths....no chance
After your explications all seams easyer to understand
A very big thank you
Thank you! Extremely clear and undertandable!
Amazing explanation, thank you
A most excellent lecture ! Thank you
Very well and to the point explanation 👍.. thanks
Thank you for your clear and helpful explanation.
I'm glad you liked it. I realize this is a little higher level than some viewers are looking for but it is primarily aimed at EE students who would like another point of view. I only hope it proves more useful than confusing.
Great video!
very clear presentation for Digital Modulation
Clear explanation, thank you very much sir
Learnt new things, THANK YOU
at 1:44 I suggest to mentally insert t (for time) behind omega:
Y = sin(omega t + phi)
Great vid.
GREAT job
amazing video sir! thank you!
beautifull sir thank you so much for making this nice video , helped me a lot
think you so much your explanation.
does anyone else think he sounds a little bit like Winni Pooh ? Great presentation!
Congratulations! Thank you🇧🇷
At 2:18 along with w( omega) time t must be multiplied to get radian or phase
very good. thanks..
thanks a lot my brother, great work indeed, though i wish to watch all the other videos on Digital modulation; link please?
GOOD..!!
is that a chopstick?
ขอบคุณครับ
🙏🌹🙏