DSP Lecture 1: Signals

[@ak2k2]

best DSP series on YT

[@hedgehog_fox]

@@vvanamali6286 It is a free course. If you don't have anything nice to say, don't say it. It's not like you are paying the guy. So why should he listen to your whining?

[@farhanrejwan]

It's almost unbelievable how good these explanations are! Thank you so much!

[@harrypham54]

The explanation is fantastic, I was familiar with DSP before, but this one brought my knowledge to a new level. The explanation clearly includes the formulations and their visualization, making it crucial for us to learn the foundation. Thank you, sir!

[@willwill3917]

After 3 whole semesters I finally get to understand this. Thanks a lot

[@eldarsadykov]

This is insanely well explained. I now remember why I loved maths at the university.

[@bradystewart4035]

this series explains the theory so much better than my profs thank you!

[@TườngNguyễnMinh-u4b]

Fantastic! It's very satisfying to grasp both math and signal concepts simultaneously.

[@EjMacarus]

Thank you! Great material to watch over the summer

[@coronaphone710]

I immediately hear the aliasing on the background

[@ycombinator765]

This is epitome of effective teaching!

[@stucatz1130]

Thanks for posting this series! Helpful as I approach video processing and compression.

[@felixpollan]

Thanks for sharing these valuable resources

[@rohitmalik123321]

Very well taught, thanks Prof. Radke.

[@claudiaspircu3686]

Very good and easy to follow explanations. Also an easy to follow pace.

[@connectwithislam786]

Best DSP course on KZbin forever 🎉 Can you share the book of dsp and notes that are used in vedios.

[@douhabenzimoun3674]

you going to save my life omg

[@mufiterdogan105]

Ağzına sağlık Rich ağabey

[@khanhtruong3254]

Hi, thanks for very helpful series. At 51:00, I'm not clear how the |C| * e^(rt) creates an "envelop". When r

[@InstantInsight777]

Think of a graph of exponential when r < 0. It decreases, so does cosine amplitude in this envelope. So it is not like e^rt will have both upper and lower parts of the envelope, but rather exponential nature will create them.

[@vahanabrahamyann]

Bro you are the BEST!!!!

[@edwarduchenna7859]

¡Excelente trabajo!

[@OrgStinx]

Great lecture!

[@cyberchamps2024]

For this Series, which textbook would be the most relevant?

[@aibasei3254]

Hello. Thanks for your videos. But can I ask why do we need to know that signal is odd or even and etc. Does it have sm meaning for processing or future manipulation of signal?

[@ВадимШатов-з2й]

That’s because FS and FT have even and odd part too

[@Tade.G.B]

Why by capital letter?

[@user-YT1125]

❤❤❤❤❤❤❤

[@UserUser-i9b2i]

At min 20 I think it is Acos(phi) not A sin(phi)

[@purplemoon1741]

Thank you sir !

[@EigenA]

Perfect!

[@ZajdoSmurf]

danke