Just want to thank you for all the effort! I am specializing in signals and systems, and your videos, apart from explaining the material, always give a sense of intuition to them. Keep on going please!!
That's great to hear. Yes, I always try to make sure I'm not just repeating what's in a textbook, but actually adding intuition and insights. I'm glad you like the videos.
I'm glad you liked it. Here's my more detailed explanation, in case you haven't seen this video yet: "What is the Kalman Filter?" ruclips.net/video/OiUS2926nQM/видео.html
I have a weird question, when we move our phone around the home, does our Wifi router have some kind of radar tracking to know where we are in order to do some beamforming stuff ?
Not explicitly, but it does do channel estimation for each of its antennas, based on training data, and that enables the beams to be "formed/steered" in the best directions.
@@iain_explains I am sorry but does this training is actually a crude form of "Machine learning" stuff ? I have a feeling that before Machine learning become a hype people have already been using it in telecommunications
No, typically it uses statistical estimation techniques. Such as: "Quick Introduction to MIMO Channel Estimation" ruclips.net/video/UPgD5Gnoa90/видео.html
Just want to thank you for all the effort! I am specializing in signals and systems, and your videos, apart from explaining the material, always give a sense of intuition to them.
Keep on going please!!
That's great to hear. Yes, I always try to make sure I'm not just repeating what's in a textbook, but actually adding intuition and insights. I'm glad you like the videos.
This is the best simple explanation of Kalman filter!
I'm glad you liked it. Here's my more detailed explanation, in case you haven't seen this video yet: "What is the Kalman Filter?" ruclips.net/video/OiUS2926nQM/видео.html
sir the intro part of the video was really interesting and video is as always informative and great
Glad you liked it
Nice intro and overview. Thanks.
Glad you liked it!
Nice explanation! So did you end up producing some magpie maneuvering models? :)
No. But I learned where their nests are this year, and manoeuvred away from them on future rides 😁
dimaag ke dhaage khul gaye 🤯. LOVE FROM INDIA 💌
That's great to hear.
I have a weird question, when we move our phone around the home, does our Wifi router have some kind of radar tracking to know where we are in order to do some beamforming stuff ?
Not explicitly, but it does do channel estimation for each of its antennas, based on training data, and that enables the beams to be "formed/steered" in the best directions.
@@iain_explains I am sorry but does this training is actually a crude form of "Machine learning" stuff ? I have a feeling that before Machine learning become a hype people have already been using it in telecommunications
No, typically it uses statistical estimation techniques. Such as: "Quick Introduction to MIMO Channel Estimation" ruclips.net/video/UPgD5Gnoa90/видео.html
Mind those magpies yeah, they were a big problem at the recent Road Cycling World Championship in Wollongong
Yes, and seagulls too!
t fractionally spaced equalization plz
Thanks for the suggestion. I've put it on my "to do" list. It's been a while since I did anything on fractionally spaced equalization.
Pies!