@@GregStudio01I thought it was a thorough explanation that balanced the technical details while being approachable for beginners. Seemed to cover audio akin to most introductory texts I’ve read on audio production. I didn’t fact check every value they mentioned. I guess you must know more about audio than I do. But your comment was super helpful; taking shots at someone for leaving a positive comment instead of actually pointing the inaccuracies is surely benefiting the audio industry.
Very nicely explained for people like myself that have to sometimes work with audio but haven't followed any specialized training for audio engineering! If you're considering taking suggestions for the next videos, for the topic of audio it'd be great to know some basics behind the "codec", the challenges of streaming audio from disk and / or the challenges of ensuring the sound is played when it's needed when working in a multithreaded environment (ie. any modern OS). Keep up the good work!
My first digital recording was through a Dragon 32 home computer, through the joystick 4bit analog port. Pink Floyd, Dark side of the moon. The sound quality wasnt great, it was bad, but it was a bit magic, I have the cassette somewhere
Should be noted that there are limitations of quality of audio file that people can perceive and, from my experience, 16 bit, 44100kHz audio quality is enough to imitate a natural-source sound, the only variable not removed being the quality of speakers. (This conclusion could be drawn from the video, but it's not in the summary, so i'm pointing that out)
Too bad you are sticking with the misleading “stairstep” representation of the reconstructed signal. Too often this is used as a -faulty- argument that digital audio is inferior to analog original, whereas properly filtered digital signals will perfectly reproduce the analog original.
As electrical engineer this video really is incomplete, over simplifies, at times is wrong although not overtly (there would be ZERO added fidelity to additional sampling in the example shown at first, and with digital audio the law pass filter used in the recording would block out the frequencies shown in the the second example). If you really want to know what's going on look up Nyquest-Shannon, it's a beautiful thing. And the bit rate only changes the dynamic range of the recording.
Here are five (not sure about the translation though): सुवाह्यता। आप एक मोबाइल फोन पर अपने साथ हजारों डिजिटल फाइलें ले जा सकते हैं। कनेक्टिविटी। आप अपना संगीत आसानी से साझा कर सकते हैं। अन्तरक्रियाशीलता। आप प्लेलिस्ट बना सकते हैं और जो आप सुनना चाहते हैं उसे चुन सकते हैं। अभिगम्यता। कोई भी व्यक्ति सही सॉफ्टवेयर से डिजिटल संगीत बना सकता है। आपको आर्केस्ट्रा की जरूरत नहीं है। अनुकूलता। आप नया संगीत आसानी से बना और संसाधित कर सकते हैं। suvaahyata. aap ek mobail phon par apane saath hajaaron dijital phailen le ja sakate hain. kanektivitee. aap apana sangeet aasaanee se saajha kar sakate hain. antarakriyaasheelata. aap plelist bana sakate hain aur jo aap sunana chaahate hain use chun sakate hain. abhigamyata. koee bhee vyakti sahee sophtaveyar se dijital sangeet bana sakata hai. aapako aarkestra kee jaroorat nahin hai. anukoolata. aap naya sangeet aasaanee se bana aur sansaadhit kar sakate hain In English: Portability. You can carry thousands of digital files around with you on a mobile phone. Connectivity. You can share your music easily. Interactivity. You can create playlists and pick and choose what you want to hear. Accessibility. Any individual can make digital music with the right software. You don’t need an orchestra. Adaptability. You can create and process new music easily.
I am an audio professional and educator, and this is hands down one of the best explanations of digital audio I have ever seen!
It's great to hear this from another teacher, and someone who works in the field. Thank you :)KD
@@GregStudio01I thought it was a thorough explanation that balanced the technical details while being approachable for beginners. Seemed to cover audio akin to most introductory texts I’ve read on audio production. I didn’t fact check every value they mentioned. I guess you must know more about audio than I do. But your comment was super helpful; taking shots at someone for leaving a positive comment instead of actually pointing the inaccuracies is surely benefiting the audio industry.
Honestly.. You explained so well..
Tomorrow is my exam... And thank you so much for clearing these concepts efficiently .. May God bless you
You are most welcome. All the best of luck. :)KD
@@ComputerScienceLessons thanks
U are a legend keep doing this series hope u take it to the next level , and make it coherent, thank you
Very nicely explained for people like myself that have to sometimes work with audio but haven't followed any specialized training for audio engineering!
If you're considering taking suggestions for the next videos, for the topic of audio it'd be great to know some basics behind the "codec", the challenges of streaming audio from disk and / or the challenges of ensuring the sound is played when it's needed when working in a multithreaded environment (ie. any modern OS).
Keep up the good work!
Thank you. I am always open to suggestions. I like your ideas and will certainly do more on this. :)KD
@@ComputerScienceLessons I've got a suggestion, educate yourself.
My first digital recording was through a Dragon 32 home computer, through the joystick 4bit analog port. Pink Floyd, Dark side of the moon. The sound quality wasnt great, it was bad, but it was a bit magic, I have the cassette somewhere
Should be noted that there are limitations of quality of audio file that people can perceive and, from my experience, 16 bit, 44100kHz audio quality is enough to imitate a natural-source sound, the only variable not removed being the quality of speakers. (This conclusion could be drawn from the video, but it's not in the summary, so i'm pointing that out)
When your ears have taken as much punishment as mine, the best speakers in the world won't make a lot of difference :)KD
Too bad you are sticking with the misleading “stairstep” representation of the reconstructed signal. Too often this is used as a -faulty- argument that digital audio is inferior to analog original, whereas properly filtered digital signals will perfectly reproduce the analog original.
It is verrry amazing I'm CS student and it is soooooo much exciting.
☺☺☺:)KD
Great video! and a great accent too!
You're very kind. Thank you :)KD
great summary. thank you!
You're welcome :)KD
Excellent video.
Thank you :)KD
When I convert my audio file in FFMPEG, I see their pcm_S16 le audio codec. And I was amazed at what the bit depth and sample rate were.
Thanks, you're a life saver.
You're welcome :)KD
Can you explain how DSD works differently from PCM?
I'll try :)KD
Well summarized!
3 month from now this video is supposed to make a million views
I hope so :)KD
Author, please put proper TITLE for the video, otherwise we don't understand what it is about: example "Explanation of digital sound"
I've changed it to Digital Audio Explained :)KD
this is sick ty
ty2 :)KD
As electrical engineer this video really is incomplete, over simplifies, at times is wrong although not overtly (there would be ZERO added fidelity to additional sampling in the example shown at first, and with digital audio the law pass filter used in the recording would block out the frequencies shown in the the second example). If you really want to know what's going on look up Nyquest-Shannon, it's a beautiful thing.
And the bit rate only changes the dynamic range of the recording.
I made this video for novices and children, to introduce the fundamental principles. Perhaps one day, I will go into more detail :)KD
@@ComputerScienceLessons You don't need to do that, its already been done. ruclips.net/video/UqiBJbREUgU/видео.htmlsi=OfZL2Vf3eye5lpo0
Process of recording a sound stored in the form of thousands of individual measurements each at a discrete intervals of time called
Mega thanks can u upload cat application program that uses Jason AI
Do you mean the intelligent cat flap?
I may have a little correction for the video. AUDIOFILES argue that compressed digital sound is inferior.
Fair point :)KD
@@ComputerScienceLessons :) greetings from Poland :)
Three advantages of digital music in hindi pls
Here are five (not sure about the translation though):
सुवाह्यता। आप एक मोबाइल फोन पर अपने साथ हजारों डिजिटल फाइलें ले जा सकते हैं।
कनेक्टिविटी। आप अपना संगीत आसानी से साझा कर सकते हैं।
अन्तरक्रियाशीलता। आप प्लेलिस्ट बना सकते हैं और जो आप सुनना चाहते हैं उसे चुन सकते हैं।
अभिगम्यता। कोई भी व्यक्ति सही सॉफ्टवेयर से डिजिटल संगीत बना सकता है। आपको आर्केस्ट्रा की जरूरत नहीं है।
अनुकूलता। आप नया संगीत आसानी से बना और संसाधित कर सकते हैं।
suvaahyata. aap ek mobail phon par apane saath hajaaron dijital phailen le ja sakate hain.
kanektivitee. aap apana sangeet aasaanee se saajha kar sakate hain.
antarakriyaasheelata. aap plelist bana sakate hain aur jo aap sunana chaahate hain use chun sakate hain.
abhigamyata. koee bhee vyakti sahee sophtaveyar se dijital sangeet bana sakata hai. aapako aarkestra kee jaroorat nahin hai.
anukoolata. aap naya sangeet aasaanee se bana aur sansaadhit kar sakate hain
In English:
Portability. You can carry thousands of digital files around with you on a mobile phone.
Connectivity. You can share your music easily.
Interactivity. You can create playlists and pick and choose what you want to hear.
Accessibility. Any individual can make digital music with the right software. You don’t need an orchestra.
Adaptability. You can create and process new music easily.
Yes the 1 that use Jason AI
Ahh! I'm still working on it. It's proving problematic. I seem to get more dead animals than ever. I think my cat just sees it as a challenge. :)KD