Brilliant explanation! Now I will never, never, never forget what modulation is! I will instantly remember a piece of paper and a rock. Explaining complex topics with analogy is a great teaching method. Thank you!
Your method is very good and will help me understand in a logical manner rather than memorizing it. Definitely a noble intent to help out everyone & indeed a service to humanity
Brilliant.. Thanks for your work and putting things this simpler. I believe yours is one of the most under-rated channels. I wish you get more subscribers and greater visibility and recognition.
This is wonderful video because your sentences are so simple however effective and you support your ideas with great metaphor and also even if your english pronounciation is good you put the subtitle all of them is great thank you so much and please add more video...
Thank you very much again for your encouragement. I will try my best to make more videos. What you have said are very encouraging to me. I try to be simple because my English is not good. I put subtitles simply because my accent might confuse some users.
@ 1:59 Why can't we say the Analogy in reverse? - Rock is the Message Signal, the internal components of the message depends persons inbetween the phone conversation. We can't tell those persons to speak in a restricted way = Rock shape can't be changed. - Paper is the Carrier Wave, where we can mould/cover it according to the shape of the rock (message) = changing the carrier. Finally, let us recall the basic definition of modulation: *Process of changing the carrier signal properties (such as amplitude, phase and frequency) with respect to the message signal* is analogically equivalent to the *Process of changing (covering) the paper properties (such as thickness, quality, size) with respect to the rock* I think this gives a clear picture... A great fan of Sunny from India 🇮🇳 Am I right Sunny?
I greatly appreciate your excellent explanation. what about the concept that says: the higher the frequency, the lower the distance traveled by the signal?
I'm confused with reason 3. Like 2.4Ghz and 5Ghz wifi,we say 5Ghz will attenuate quicker because it has higher frequency. Then back to lower frequency signal and carrier signal,The carrier should also attenuate quicker because it has higher frequency. In order to receive the weaker carrier signal,I must use a bigger antenna than the antenna to receive low frequency signal.
(1)Why higher frequency wave have more bandwidth? & (2)why lower frequency signals would require a much larger antenna? & (3)why low frequency wave more susceptible for interface than higher frequency?
Tq u sir..easily understood. .but I have one doubt sir..according to ur explanation data signal wave has lower frequency than carrier wave..bt in ur diagram data signal frequency higher than carrier wave. .
@Sunny Classroom : One point I would like to make. As per my understanding Modulation with Higher frequency, is to send and receive the signal without any delay. Like a speedy transmission. From your rock example it seems that distance is also one of the factors that is affected. is that so ? Could you please elaborate a little bit ? Thank you.
Brilliant explanation! Now I will never, never, never forget what modulation is!
I will instantly remember a piece of paper and a rock.
Explaining complex topics with analogy is a great teaching method.
Thank you!
You are welcome! I am glad it helped you to remember it.
That is Mr. Sunny's gift, turning complex topics into simple but on point explanation :)
an "analogy" itself is analog transference of data, hence the name
Your method is very good and will help me understand in a logical manner rather than memorizing it. Definitely a noble intent to help out everyone & indeed a service to humanity
Thanks a lot for your compliment and encouragement. I do my best to provide some useful service to the learning community.
Sunny, your paper with rock analogy is absolutely brilliant. I've watch many of your presentations and you an amazing teacher.
Wow, great explanation!
I have a test about Communication Technologies in a week and so I'm very happy with this video!
You are a great teacher!
Thank you very much for watching and making very nice feedback. Good luck with your test.
i truly appreciate u sir.i could never understand these
topics without ur help thank u so much god bless u
Sunny, you bring the sunshine into my brain, thank you 🙏🏻
Each and every parts are gold.
Millions thank!
Saved my networks exam, thanks alot :)
you are welcome.
You are really sunny as you explain every thing in easy and very clear way , so thanks and keep the good work.
Wow, this man is incredible. Thank you.
You just nailed it, simple and layman terms unfold all mysteries.Full marks sir!
You are a genius teacher. Rare and truly a gift. New subscriber.
Best Video For Learning Digital Communication, Other Channels just overcomplicate these simple things
Fantastic Video! Thank you for all your hard work.
Glad you enjoyed it!
The best analogy seen ever. 😊👍
Very well explained. Just the right speed. Congratulations. Upvoted.
sunny your videos are very powerful, i like the analogies you bring. it is so much easier to remember something this way. thank you very much
Glad you like them!
Thank you for the video...it taught me a lot. Thank you Teacher, you has been efficient.
sunny u light up my day ❤❤😍😍💋💋😉😉💖💖😜😜👏👏💋💋✌✌🤞🤞💕💕❤❤🙌🙌😊😊👍👍
Explanation with very good examples!
thanks.
Wow! what a explaination thank you...
Sunny. Keep up the great work!
Many thanks for your kindness. I will.
It's very powerful explanation , thank you very much.
@@anesbel2213 Thank you very much for your kind comment. Happy 2019 Year!
so thankful for your videos sir
You are amazing Mr. Sunny
Thank you very much, Patho.
Now i understand, why we need modulation!
Glad to help!
Great Examples. thankyou
Incredible lecture.
perfect way of explaining itt thank you Doctor\Sir
very good explanation - thank you!
this is great. well explained
Brilliant explanation for student like me
Glad to hear that
Brilliant.. Thanks for your work and putting things this simpler.
I believe yours is one of the most under-rated channels.
I wish you get more subscribers and greater visibility and recognition.
Why is low frequency wave more susceptible to interference??
This is wonderful video because your sentences are so simple however effective and you support your ideas with great metaphor and also even if your english pronounciation is good you put the subtitle all of them is great thank you so much and please add more video...
Thank you very much again for your encouragement. I will try my best to make more videos. What you have said are very encouraging to me. I try to be simple because my English is not good. I put subtitles simply because my accent might confuse some users.
Hats Off Sir... ❤❤❤
@ 1:59 Why can't we say the Analogy in reverse?
- Rock is the Message Signal, the internal components of the message depends persons inbetween the phone conversation. We can't tell those persons to speak in a restricted way = Rock shape can't be changed.
- Paper is the Carrier Wave, where we can mould/cover it according to the shape of the rock (message) = changing the carrier.
Finally, let us recall the basic definition of modulation:
*Process of changing the carrier signal properties (such as amplitude, phase and frequency) with respect to the message signal* is analogically equivalent to the *Process of changing (covering) the paper properties (such as thickness, quality, size) with respect to the rock*
I think this gives a clear picture... A great fan of Sunny from India 🇮🇳
Am I right Sunny?
you can say rock is the message. however, paper does not help if we wrap it with a paper and throw the stone.
very very simple and meaningful thank you, sir, please keep making videos in the field of wireless communication, awesome!
Sir, You are great
Many many thanks
Thank you dear Sunny
You are welcome, Ahmad.
So good explanation
Awesome!!!
great explanation... thank you!
Thanks a lot. It was really helpful
Thank you for your work, even don't speaking English very well, i could understand all the concepts. I'm from Brazil.
you are the best
u are amazing. i love e simple explanations
Thank you for your time! Check out my other videos please!
I greatly appreciate your excellent explanation. what about the concept that says: the higher the frequency, the lower the distance traveled by the signal?
Thank you so much❤
Wonderful
EXCELLENT
Muito ótimo explicação! Parabéns.
thank you so much
I just love you, thank you very much...
You're welcome!
nic explanation....:)
Thank you!
You're welcome!
Thanks
I'm confused with reason 3.
Like 2.4Ghz and 5Ghz wifi,we say 5Ghz will attenuate quicker because it has higher frequency.
Then back to lower frequency signal and carrier signal,The carrier should also attenuate quicker because it has higher frequency. In order to receive the weaker carrier signal,I must use a bigger antenna than the antenna to receive low frequency signal.
Thank you so much SIR
very nice.
Thanks a lot!
Excellent video. But how sound waves (chat) are imposed on carrier (radio) waves?
Thanks.
Sir,your explanation is superb.
Can you make a video on cdma and sdma.
(1)Why higher frequency wave have more bandwidth? &
(2)why lower frequency signals would require a much larger antenna? &
(3)why low frequency wave more susceptible for interface than higher frequency?
Tq u sir..easily understood. .but I have one doubt sir..according to ur explanation data signal wave has lower frequency than carrier wave..bt in ur diagram data signal frequency higher than carrier wave. .
Sir please made a video on dpcm (differential pulse code modulation)
Any videos on QPSK?
Awesome animation sir. Which app do you use for animation
Flash
@Sunny Classroom : One point I would like to make.
As per my understanding Modulation with Higher frequency, is to send and receive the signal without any delay. Like a speedy transmission.
From your rock example it seems that distance is also one of the factors that is affected. is that so ?
Could you please elaborate a little bit ? Thank you.
Thank you for pointing that out. No, it has nothing to do with the distance. It is an analogy why we need carrier wave to modulate our original data.
What about different Hf signals /VHF signals
How signal powerful Hf or vhf
Ada yg kesini karna tugas elerning ?
cank jů