This is a very interesting point. It's like using Fourier Transforms/Laplace Transforms to do operations or comparisons that are way easier in those spaces.
The irony is that I had to help a client with a security audit because they wanted to provide Twitter with services that related to employee data. Judging from this article, Twitter would not have passed their own external service provider security audit.
> Our school is based on inclusion, and openly displaying Satanic symbols (on a public social media platform) that directly goes against the principles of the vast majority of families who represent the school, is not inclusive.
Religion is federally protected class. It seems like it would open up the district to a lawsuit if the employee were fired based on this.
America has bent over backwards to further particular (Christian) religious causes, even while they whine and moan about how their majority is "oppressed".
Thanks for the HN hug of death everyone :) As some speculated, we just blew past our rate limit. We're trying to get that raised, but in the meantime the website should better communicate that to you.
I hit that one when I said "driving 202mph at rush hour".
I don't think it was the content filter. The next query I did was "stabbing an orphan" which yielded this hilarious response from the toss-up bot:
> NTA, but would be nice if you could confirm that it is indeed a genuine orphan (i.e. no adult relatives). It would also be good to know the cause of death so that we can give proper praise to the gods.
It's not! I submitted an AITA scenario that I made up on the spot and got a set of surprisingly convincing responses. Hopefully they'll get this load issue sorted out and you will be able to give it a try for yourself.
How much EM radiation bounces and how much it gets absorbed is highly variable depending on the material and, most importantly, the frequency of the EM radiation. A great example in this article is the faraday bag that was visibly transparent but blocked the EM radiation in the 1-6gHz range. The metal tin was basically the opposite, it blocked visible radiation very effectively but not radiation in the radio frequency range.
I recommend QP if you are going to do FPGA processing using a softcore or hardcore processor. It's an event-based state machine framework that handles IO really well. A hardcore processor would be more performant and take less LUTs but softcore will give you more flexibility as far as sourcing FPGAs.
What you are describing is an analog computer or circuit. These definitely exist, I had to build a circuit to model the physics of a bouncing ball in a Circuits class in college. However, I don't know how often analog computers are used in professional/practical applications these days. Here is some more info: https://spectrum.ieee.org/computing/hardware/not-your-father...
These videos helped me immensely when I was getting my Electrical Engineering degree. I didn't realize going into the degree a bulk of the coursework would be focused around fourier/laplace transforms and linear algebra.
Thank you for linking this. It seems to be much more intuitive than awk, especially for his particular purpose. I wish I would have found this a few months ago when I was slicing and dicing lots of data for an extensive system migration project.
