Видео

thank you!

how to get code Learning Enabling Analog Beam Selection fMachine or Concurrent Transmissions in Millimeter-Wave V2V Communications

Tank you prof :)

How much time is required to learn the beam direction? Is it suitable for wireless communication?

So, do you model the channel has the single AoA/AoD structure?

You Killin it Rob

What is the book

Thank you for sharing this

Thank you Ryan to share this work! I One question: given the similarity between CNN and classical DSP techniques and the growing chipset ecosystem optimized for NN, did/will someone at your university investigate using xNN also for sub-6GHz communications baseband signal processing? Just curious! Warm regards.

respected sir...can u please share the code of delay-d channel matrix of mmwave communication system

Big fan of your work.....

Hello Dr Heath, These presentations are great. Are there going to be more videos from papers published in 2018 and 2019?

Are these MIMO radars?

Sir, May i know in this video at time 40:56 , what are the input parameters and target output to train the model , kindly revert back if possible.

great presentation Thanks a lot

Good explaining, great video.

thank you sir i revise from it

How deep was this dive please?

I was there 1 year ago with PADI and other guys. Amazing experience....

A super interesting research topic!!!

Is it possible to get te slides.

Thank Sir for the valuable presentation!

Hello Prof. Heath: Thank you for sharing the keynote tutorial. Do you have plans to share presentation slides as well?

How can I get the paper code? Thanks

The sound is corrupted on this recording, from 2:20 to the end :-( EDIT: the one on this link works : mediasite.engr.utexas.edu/UTMediasite/Play/50e358b8176e46acb16f6c973cf54e151d?catalog=780d490b-b6a5-4c5d-9cb2-c214578910e7

Great lectures sir, thanks for sharing !

goodone Anum :)

Where can one access the notes for this course?

O tempora amazing stuff like this only get few views, better more for us

Hi Sir, Repating operation did in transmitter or receiver according to the paper ( Equation(16) in the paper what is the size of the [-K,K], it is either N or 2N?) Thank you.

sir what kind of tools or software used to analysis this

would you please mention the name of the reference behind this lectures, thank you very much for posting such relevant material here.

I always wonder how you generate those images? Which software tool you use? Do you design those from scratch?

Nice work prof robert as usual from your group

ياريت تفيدنا اكتر وتشرح عربي Ahmed Alkhateeb

ِAmazing prof heath

Thank you dr this is the research, when you feel that you are at home and with your family

amazing dr.robert

Presently going through this stage... sometimes it raises a serious doubt in mind regarding whether I actually know English or not.

Hi sir i'm untersted to your work, i'm a Phd student and i try to implement the compressing sensing on MIMO detection , i wonder if you can help me on this i will be very greatfull.this is My email yassinejandi@gmail.com

Intriguing possibilities for lowering the cost of automotive radar and potentially solving traffic congestion and weather-related safety concerns for autonomous vehicles. Thanks for posting the talk!

this is my life

amazing

thank you prof

I am the presenter. :-) I am now working on the area of mmWave communication with low-resolution ADCs, including the capacity analysis, channel estimation, limited feedback, etc. You can find all my papers and contact information on my website: sites.google.com/site/mojianhua01/ Please feel free to contact me if you have any questions about my research.

amazing prof .Robert

good and good and good

i like you presentation

thank you dr robert