I wish I had you as a teacher in high school. So well presented and easy to follow.

hello sir my name is nikhil i am mixing engineer ihave doubt in audio can take a online class from you coz there are so many question which i cant write all in the comments

The outro got me goosebumps :p

I loved it!

Thanks a lot! I didn't knew we can code DSP in Python, my poor prof. only uses matlab Thanks for showing an application.

Hi sir. If generally asked about relation between intensity of sound and density of medium, would you say its directly proportional or inversely proportional? Why?

Wonderful!!!!! Thank you.

nice

Nigel R has a video about this that's, rrrr, way better in my opinion...

you and your visualisation are insane . Amazing

The comparison with image dithering is a great way to explain it

You amazed me by your impressive way of teaching

I HAVE NO WORDS TO APPRECIATE THE CONTRIBUTION OF THIS GUY TOWARDS ENGINEERING SOCIETY.... HATS OFF

I randomly came across this channel. I must say the videos are really informative and as a budding audiophile enthusiast and a software developer, this is exactly what I needed to develop a strong foundation. 🙏 love from India

Extraordinary and Excellent effortts bro. You are not just a teacher but a practitioner .

I am just echoing what others have said already; but these really are the most well put together and overall helpful resources on the subject of digital audio and DSP that i have found. Amazing work Akash!! I really hope that you will continue with them soon, with the utmost respect for your time and you having other things to do of course. Cheers from Sweden!

Wow ❤ What a explanation

Thank you!

You just saved my day. Thank you very much Akash Murthy! You are amazing! ♥

wow. love to watch. thanks Akash.

... excellent!!

Quality video.

Thank you so much for the video, it is really helpful. I was able to apply your approach in my code very fast but then I got stuck completely when it comes to the point, when I rescale the component not from the ui, but from the code. Because of the transformation things get really strange. Do you have a good recommendation, how to increase or decrease components from the code after the transformation is applied? Like how would you for example double the background and knob by clicking a button?

I Am currently reading a book called designing audio plugins in c++, and I remember a few sentences very close to the words you use, like the impulse being a 1 in a sea of zeros. Did you use this book as a reference for tour series ? If so, id encourage you to put it in your references. Otherwise, thank you for the videos, grest visualizations, helps à lot!

bro i noticed you are born a talent teacher since i watch your siries, keep going , its amazing!

Such a helpful video. Thank you for your hard work Akash!

Please make a video on ppm and pwm

I fell asleep watching this and then had a nightmare. I dreamt I had to add an infinite number of sinusoids in order to perfectly reproduce an impulse... I have descended into madness. I should have gone with the Apple Dongle...

Akash. Not only do you bring the best data visualization to these concepts, but also articulate the depth of the subject matter in a way that is completely accessible to anyone. Just found your work this month. Amazing stuff. Citing this video in my dissertation. EDIT: I'm a history PhD candidate writing on the history of the digital divide in Canada. You have no idea how much your videos have helped me. Thank you.

By far the most lay-person friendly explanation of this I’ve seen. Thanks, from a history phd candidate!

Damn. That was a good explanation. Thanks

Dang, that's much easier to understand than doing the same with analogue circuits. Until here ... let's see what comes next 🙂

im gonna go back to these videos soooooo many times.

The greatest vidéo about Shannon-Nyquist Kotelnikov theorem

sir,i m so gratefull that i find out yr video, and sir plzz make videos on different windows technique to design the filter..

Yeah, I have to just comment again, it helps the algorithm as well. I am a mech engineer thrown into dB noise inspections and thought that dB was dB and that's the end of that. I'm like the weirdest engineer out there, like an artist stuck in a engineer body. Your amazing ability to master teaching, visualization and all the other stuff end to end is potentially a bigger feat than you might know yourself, it might come easy for you because you're talented at this. A professor might be amazingly skilled at this but lack the entire brainwiring on how to teach this away in a logical manner. This is possibly the 4th or 5th time I revisit this series just to see how much I understand now compared to last time, I'm such a slow learner in some areas and easy to confuse, my brain isn't made for math despite me being an engineer, but here you are blending my need for visual input and not just 30 repeats of using a formula to slowly grasp it. What I do is witness noise tests for equipment going out to industrial clients/plants, and with all the info I take in I feel l like it easily knocks me off my feet and I get confused. Like in this video how you explain and visualize ALONG with the math, it's silly, but I think some of us visual learners basically needed to see that "globe" shrink and be spoonfed that r shrinks. Otherwise it ends up like how a lot of Calculus' math was for me before youtube etc, some of it felt was so abstract I just accepted it as algorimths to get to the answer needed on the final exam. For somebody with a typical math brain I think my type of brain is very hard to understand and it was quite frustrating in uni.

Yeah I watched something from this series the other day and was like WOW HELLOOOO this is very VERY good content. And I'm about to spend my whole day with this series now I think. Thanks alot. The visual representation of the concepts and. your way of explaining is very very good

Nailed it

Really nice video to get into JUCE GUI programming. THANX!

Amazing! Thank you for this series, it is exactly what I was looking for

Very good explanation .......Looooooved it

Nice video. Thanks a lot. Which software is used for animation?

Great videos. Would you please tell me which software/website do you use to make such a great videos?

Akash, may I please ask you a favor? Is there any way you can provide the *.wav file of this impulse signal at your github site as a separate download? As this type of signal would be very useful to 'time-align' speakers with. and I do not otherwise have test signal equipment that can generate such a waveform. PS - such an excellent tutorial in python as well. I sadly have not started with Python yet.

Absolutely beautiful! Your series of videos are worth their weight in Gold. Thank you SO much for putting these together! :-)

Hi - I hope that you're still out there. I truly am enjoying this series. My background is aeronautical engineering and I see the link to what I learned in control systems theory class. Unfortunately I never learned Z transforms, but we did plenty of Laplace transforms plus Nyquist, Bode, and root locus plots. Hope that you'll continue this series.

this was a great video. surprised it doesn't have more views

Beautiful vids!

Absolutely EXCELLENT video! Thanks for taking the time to make it :)