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Thanks for the video, it was very clear! I have a question, does this mean there is a miniscule chance of two UEs ending up with the same C-RNTI, if the selected ue-identity is also the same?

Indeed, the best explanation of the concept around PDCCH scheduling I have seen anywhere, including the '5G bible' "5G New Radio In Bullets". Thank you for your effort!

please more video please

great explanation but the AI voice sounds a little off dont ya think? lol

I didnt understand Interleaving and REG Bundle. Why is this neccessary when we already already know CCE is made of 6 REs? and Why is interleaving and cyclic shift used ?

When and where does RA-RNTI comes into picture???

Best Explanation for CORESET

Thank you, can you please let us know how to calculate Uplink TB size in 5G ?

It's awesome!!!

AMAZING

Very clear video with minimum time wastage. Loved it

Thanks for such a brief video. Can you also make a separate video based on Zadoff Chu sequence, that would be incredibly helpful.

Appreciate your presentation. The topic is neatly explained in a simplest way. I saw very few videos. Could you please cover more topics. Thanks

Can anyone tell which 3gpp papers should I refer to understand mac layer ?

What is the use of Timing Advance?

First Question, how will one UE know which Zad Off Chu seq was selected by other UE??

Thank you

Very nice❤❤ thank you

Amazing ultimate explnation brother loved it ❤❤...Many thanks for your amazing content

Wow amazing visual aids and animations loved this..Thanks for explanation, please keep adding more...loved this great 👍👌🏻🌟😊

Amazing succint explanation video thanks for making and sharing...👌🏻

Wow best amazing explantion i have seen till now.. Thanks a lot..please do more videos❤

Very good presentation, thanks

More new videos...

I want new awesome video.

Great Video with insight. But it seems that the Max Allowed LDPC input size for Procedure C shall be 8424 (which is the maximum input size of BG1 exclude 24bit CB-CRC) .

Great Explanation :)

Great visualization! Amazing work. Are you sure is CSI req is sending only via DCI0_0? I think in 5g DCI0_1 can be also used for request? I assume we still talk only about the aperiodic one.

How come the coreset longer than 3 OFDM symbols at 4:23?

Hi why you are not uploading new videos .you hav been doing great work with your deep experience

excellent video

Great videos, the graphics help a lot :), do you use manim or some other tool to prepare the visuals?

thanks for video.. but I wanna ask a question to you.. is this mechanism just valid for downlink link adaptation ? or what about uplink link adaptation ? is the arrangment of MCS ealized at gNB for uplink link adaptation ??

🙏💐💐💐

As you mentioned , In 4G, on every slot, some 1 are 2 are symbols are reserved for PDCCH and remaining symbols are for data transmission..in that reserved symbols if we don't transmit PDCCH,the unused symbols can't be used for data transmission.. Coming to 5G , CORESET concept was introduced for PDCCH transmission My query is like Can't we transmit PDCCH without CORESET? In 5G, we can use that unused symbols in the PDCCH for data transmission purpose... Can we do in this way like ..without having that CORESET for PDCCH transmission,can we use that unused symbols in the PDCCH for data transmission purpose? How that CORESET will be placed in time and frequency grid? Is there any triggering condition or when the PDCCH data is available it will also be available at that time?

Excellent presentation

🎉❤🎉

wonderful explanation. I can see the sheer amount of hardwork that has gone into making this video

superb! 😀

Thanks very useful 🙏

Great video

Great job. Very concise and informative. Thank you for sharing

Very informative..waiting for new video

Waiting for new video..very nicely explained

so, if I'm going to simulate a certain service from 5QI with certain SINR in 5G NR what paper you could recommend, so I could calculate accurately the carrier capacity (not just Shannon capacity)?

Thanks

Very helpful and easy to understand. Thank you 🌺

Very informative. Excellent! 👍

Excellent video.

thank you a lot, best explaination i've seen