This channel is aimed at both people interested in science and those who are already in the field!
It features:
- Interesting simulation videos, showing how anyone can simulate ANYTHING as long as you have a computer and an equation!
It will also feature:
- Various tear downs and reviews of electornics and technology that you might find useful. - Interesting maths and science videos with a focus on real life usefulness. - simple explanations of confusing things!
Hi, I liked very much this video. In real world, how this could be implemented? I guess it is using op-amps. Is there some real world example you could show us? Thank you very much
Dear Dave, Looks like you have the perfect graphical view of the threads and cpu usage.. is it possible to get this python code so as I can run on my PC ?
im deploying a python API file on amazon ec2 where one function in it utilizes multiprocessing to parallelize some data processing - assigned 2 CPU cores1 Now if this api is deployed and if the api receives 100 concurrent calls will api fail because it exceeded the processor capacity or any other cause to fail???
Thank you so much for this video! I was trying to do a physice simulation where I am animating particle movements... This tutorial made my animation generation more than 10 times faster!
Thank you for your excellent video. On line 103 of your code, is shows lineL.set_data(t[frame], y[frame]) where frame is a single number from range(N). This produces an error. Please tell us why your code functions. Thank you!
Could you explain how to get the filtering signal phase sync'd with the carrier signal ? Is frequency sync also an issue, because maybe there could be slight differences in the freq of the emitter and the receiver.
Were doing 1D finite difference method along the length of the reactor. Can I phone a smart friend? Your future president is getting creamed by the school right now!
Where are you getting the information that python threads are managed by the CPython interpreter? That's not impossible, but it would be unusual -- they could implement them much more easily in terms of actual OS-managed threads. All they need to do is to manage the locking and unlocking of the GIL before and after running the user code.
I feel like one comment isn't enough to express how great this video is. If i could frame this explantation and hang it in my room i would do so in a heartbeat
I am immensely greatful for this amazing explanation and visualisation of QAM. I have been wrecking my brain for days to understand this topic, but only now i feel like i can finally grasp it
Nice! I am new to multiprocessing, but also appreciate a good visualization. As I was watching the other video that uses these animations I wondered “how did he do that?” And here we are.
