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Correct me if i am wrong SVD is used to charactarize the channel , the orthogonal vectors we find while decomposing Channel Matrix into u sigma v* if we precode the transmit vector with orthogonal matrix v then according to channel condition at that time we will get another set of orthogonal vectors scaled by diaganol matrix sigma since the recive vectors are othogonal we have created paralla MIMO channels ... i dont see any beamforming happening with SVD

What is the difference between beam forming precoding and precoding used in svd technique

The whole series is extremely useful

very useful sir, I learned basic in simple manner , i requested to give the detailed notes link for this channel estimator topic , it will be very useful for the studies

How you wrote Xcap = Hconjugate . Y , I cannot understand that

Ye made easy k h

I need. Pdf please could you make pdf

Good video. Actually in my previous two work places - in one company i was working in WiFi6 and other company i worked in 4G. In both places they were dealing with this LOFT( local oscillator feed through) problem- i think that is the official name of LO leakage. I always wondered why people are not talking about LOFT in 5G. Now it is clear. Thanks !

A sugesstion here, may be many of you know, you can ask ChatGpt to respond like programmer, Developer or user. Then it will help with precise answer in the way u are looking for. Just give a try :)

Hello, thank you for your nice explanation! I just want to raise a concern here. Shouldn't the received signal equation be like this? ( y1=h11.x1 + h21.x1 and y2=h12.x1 + h22.x1) I think y1 receives from h21 channel rather than h12 channel.

Hi Sagar, IFFT/FFT operation related to transform precoding and deprecoding - Does that involve performing FFT/IFFT operation with a non-two-to-the-power radix? How this is implemented practically?

And the way you have drawn piby2 bpsk constellation is not according to 3gpp spec

Hi sagar, nice video. But There is no voice in the second half. From the point you start explaining pi/2 bpsk

Great video, clear and crisp. Thank you.

cleared my doubts , thanks

Since the symbol numbering is from 0, it should have stopped at 13

I'm a computer engineering student preparing a seminar on CGAN models for channel estimation. Could you explain why channel estimation is important? What values are typically found in the channel matrix (like h12, h11, h22, h21)? Also, is channel estimation used in everyday phone calls to obtain the channel matrix for equalization? I would appreciate your insights!

I'm a computer engineering student preparing a seminar on CGAN models for channel estimation. Could you explain why channel estimation is important? What values are typically found in the channel matrix (like h12, h11, h22, h21)? Also, is channel estimation used in everyday phone calls to obtain the channel matrix for equalization? I would appreciate your insights!

I'm a computer engineering student preparing a seminar on CGAN models for channel estimation. Could you explain why channel estimation is important? What values are typically found in the channel matrix (like h12, h11, h22, h21)? Also, is channel estimation used in everyday phone calls to obtain the channel matrix for equalization? I would appreciate your insights!

I'm a computer engineering student preparing a seminar on CGAN models for channel estimation. Could you explain why channel estimation is important? What values are typically found in the channel matrix (like h12, h11, h22, h21)? Also, is channel estimation used in everyday phone calls to obtain the channel matrix for equalization? I would appreciate your insights!

I'm a computer engineering student preparing a seminar on CGAN models for channel estimation. Could you explain why channel estimation is important? What values are typically found in the channel matrix (like h12, h11, h22, h21)? Also, is channel estimation used in everyday phone calls to obtain the channel matrix for equalization? I would appreciate your insights!

can you share these notes ?

Hi can I get a Link for downloading these notesss thankyouuuu :)

is there full video?

Is there full video on this

Sir could u please give as PDFs short notes for gate 2025

instead of prb, i guess you wanted to say subcarriers here. 12 subcarriers and 14 symbols is what makes a prb. Also a symbol is not made of prbs, but of resource elements

Hello Sir, Why serial to parallel converter is needed before IDFT? Why are we not sending it serially for IDFT operation as again we are converting parallel IDFT outputs to serial only using S/P. Complete Serial operation will not work?

2024.05.25 감사합니다.

2024.05.25 감사합니다.

2024.05.25 감사합니다.

Thank you sir

How can we consider SNR calculation at L1 for ZCZ 1 single RSI case. Given that we don't have channel estimation etc.

please share if pdf is available

Hi, can ubshare the excel sheet that ubr showing in the video,This is the best one I hv seen till now

I understood PDCCH clearly and very well explained.. It will be nice if some interview questions are also added ..

Hi sir, I was not aware of this paid session , I missed it, is that zczc prach session still available ?

HI sir , can you please explain HARQ + CSI reception for pucch format , and does harq and csi come in same RB ?

Neatly explained.

How to know angle of arrival ? In this video, you have taken just an example. Generally, how can we derive this ?

Hi , i am working as a 4g network engineer, experience in 4g LTE core nodes . Can you please tell which company hiring?

I wanted to meet you sir... how is it possible sir ?

I likes your teaching thank you Sachin patil from Tejas networks

No useful information

hello sir. How does gNB know about false or fake detection ?

Nice video bro

Too fast to understand 😢

DMRS Digital Modulation Reference Signal !!! i think Demodulated Reference Signal

Thanks for your videos. Why 2A has some Bandwidth ?

Sir May I get the slides of this