can anyone explain intuitively this to me: if we have multiple users spatially separated, the phase adjustments required to steer a beam to 1 user may be completely different than a user in a different location. So if all 64 transmit elements are simultaneously being used to form each users beam (and nulls), how do their phase adjustment requirements not cancel out or interfere with another users required beam steering phase adjustments?
I suppose they are using different carrier waves. A demodulation process can happen at user side to extract the wanted signal of the exact carrier frequency.
NFV and SDN including AI will be included with any ubiquitous 5G implementation. Multiple antennas will transmit at different time creating the beam lobe through constructive and destructive interference. Phas3 adjustment will be different for each user and this is one of the reason 5G will be heavily influenced by vitulization.
hey shutup bich stop spreading fear and hatespeech and LIES. the cornovirus is a hoax nobody even ever got sick from it, neither has anyone gotten cancer from cellphone towers you fuckin tinfoil hat pussy
Sir, Really you make my day so great, i got valuable information regarding massiv mimo beamforming. Thanks alot
Awesome explanation in this video. Thank you!
Thank you guys!!! The 5G technology is explained really well in your videos
Thanks for the comment!
Great explanation
Thanks for the great presentation
in massive mimo uplink channel estimation there is pilot contamination ,so how to effectively mitigate the pilot contamination?
can anyone explain intuitively this to me: if we have multiple users spatially separated, the phase adjustments required to steer a beam to 1 user may be completely different than a user in a different location. So if all 64 transmit elements are simultaneously being used to form each users beam (and nulls), how do their phase adjustment requirements not cancel out or interfere with another users required beam steering phase adjustments?
I suppose they are using different carrier waves. A demodulation process can happen at user side to extract the wanted signal of the exact carrier frequency.
NFV and SDN including AI will be included with any ubiquitous 5G implementation. Multiple antennas will transmit at different time creating the beam lobe through constructive and destructive interference. Phas3 adjustment will be different for each user and this is one of the reason 5G will be heavily influenced by vitulization.
What does this do for the SAR?
so the beamforming is done from the huge towers not the small ones?
Can a UE generate BEAM? What is the communication channel used by UE after selecting best beam from gNB
No mate. UE just can response 🧏🏻
Great Material and your Presentation, Good Experience..thanks for the Informations.
Excellent class
simple explanation for beam forming , massive mimo , multi panel...shd not last pic show 128 elements for multi panel..
Well everyone This Really Takes Your your Breath away
That is great material! Thank you for your job!
Great video thanks for the info.
is there any difference between massive mimo and mmwave massive mimo?
Byw there is no mmwave massive mimo . mmwave and massive mimo are key technologies which are gonna use in 5G
Am I the only one who finds these o0o-like infographics hilarious? Anyhow, great video :)
you not the only one :) pozdro
Well explained guide
Thanks a lots
How do they insert corona virus into the means ? LOL just kidding.
hey shutup bich stop spreading fear and hatespeech and LIES. the cornovirus is a hoax nobody even ever got sick from it, neither has anyone gotten cancer from cellphone towers you fuckin tinfoil hat pussy
@@dampandrew Oh I was just being sarcastic. This is good info.! I was kidding.
@@dampandrew I cant stand the conspiracy theories , they are a bunch of dumb c***s.
You crazy conspiracy theorist, beam forming...pfff