TTT152 Digital Modulation Concepts

Examining the theory and practice of digital phase modulation including PSK and QAM.

[@mavericmf]

I feel that no matter how much math is involved, analog design, even within digital processing, is forever an art :)

[@tito51rivera15]

You save me weeks at school with this tutorial thank you

[@lincolnkarim1]

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.

[@dumdumbringgumgum2940]

bravo! this is my 3 semesters of telecommunications engineering classes in one video minus antena theory 👏👏👏

[@crocellian2972]

Shannon & Weaver was and still is genius. It is great to see a modern and accurate treatment today. Thank you.

[@WendellSilvaQuaternionsRocks]

Awesome introduction of this fascinating topic. Thank you Tom!

[@diaconescurares2290]

First I tried to understand the maths....no chance
After your explications all seams easyer to understand
A very big thank you

[@eyobhaile4557]

don't stop just seeing the stick and the book, you love it after a while. thank you Tom it is very good presentation.

[@mattreynolds6031]

You're a hero. Exceptional quality of information, clear, concise, and thought provoking.

[@johndunn5272]

You are so coherent and clear there's no noise through the channel. Only cognitive bias and distortion

[@wechecha]

Thanks for breaking down what I have been struggling to understand for the last two weeks. Very simple and straight forward.

[@samsungtablet9936]

There need to be more artist tapping into this medium. Art unlocks pathways to new horizons or communication methods ;)

[@RenegadeFury]

Amazing explanation, thank you

[@wiresculptor]

Thank you! Extremely clear and undertandable!

[@InamKhan-kg8wx]

Very well and to the point explanation 👍.. thanks

[@whiteknight2962]

A most excellent lecture ! Thank you

[@yasiribm]

very clear presentation for Digital Modulation

[@marcobb]

at 1:44 I suggest to mentally insert t (for time) behind omega:
Y = sin(omega t + phi)

[@stefanosimpsi6621]

Thank you for your clear and helpful explanation.

[@tomtektest8042]

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.

[@robv3872]

Great video!

[@tan143danh]

well explained

[@avinasha237]

At 2:18 along with w( omega) time t must be multiplied to get radian or phase

[@khairulnizam6876]

Clear explanation, thank you very much sir

[@rameshbabu2704]

Learnt new things, THANK YOU

[@sebrura]

Great vid.

[@advanceddesignsystemadsrfi449]

beautifull sir thank you so much for making this nice video , helped me a lot

[@diaconescurares2290]

GREAT job

[@DMS-OES-PSC]

amazing video sir! thank you!

[@rickylin6191]

think you so much your explanation.

[@clenlima]

Congratulations! Thank you🇧🇷

[@derricknyombi6707]

thanks a lot my brother, great work indeed, though i wish to watch all the other videos on Digital modulation; link please?

[@waltschuller6123]

very good. thanks..

[@hakandurak9747]

is that a chopstick?

[@juliojaciuk5191]

GOOD..!!

[@coffeecuppepsi]

does anyone else think he sounds a little bit like Winni Pooh ? Great presentation!

[@ahmednor5806]

🙏🌹🙏

[@lovelearning3352]

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