Olives

Training good models requires lots of training data and computational resources, so the only ones who can afford to train them are big corporations with access to both. And the only objective they have is to increase their profit.

Donating blood plasma is good as it helps people in need. Sure, it sucks that there is a company in the middle making a profit, but not donating is not the solution to that problem, as it hurts the people in need more than the corporation in the middle.

I think its kinda similar to the tipping situation. Yes it sucks that restaurants don’t pay their employees properly and that you have to tip to support the employees. But not tipping hurts the employees rather than the restaurant owner.

In both cases, if we want change, we need to change the legislation.

:( I don’t drive because I want to, I drive because there is no infrastructure allowing me to get to work any other way.

It sure is easy to portray your country as successful, clean and beautiful if you don’t allow any free press to contradict you.

What? Which name?

Why?

deleted by creator

It’s not like I hate other operating systems, I just really like the idea of FOSS and try to use it whenever possible.

I know that the industry commonly uses malt extract, sugar beet syrup, caramel syrup, or roasted malt

Maybe find another student and gift something together.

OP is SCP-096

The title says “There’s more people who wake up at the same second than people who fall asleep at the same second”. One could (and most people seem to) interpret this as “the maximum amount of people waking up at any given second is higher than the maximum amount of people falling asleep at any given second”, which is a statement I agree with. I interpreted it as “The amount of people waking up at any given time is higher than the amount of people falling asleep at the same time”, which is of course false.

It seems we just weren’t talking about the same thing. You were talking about the maximum values of both distributions, for which the statement is true, while I only considered the distributions’ median and mean values, for which the statement isn’t true.

I disagree that the post makes clear OP is referring to the max values, but I guess that’s because english is not my first language, and my statistics background likely made me over analyze the statement.

Of course there are moments where more people awake at the same time than fall asleep at the same time. In the second 07:00:00 , yeah, more people awake than fall asleep. The same isn’t true for 22:13:35. And if you look at all seconds of the day you will find that on average, each second the amount of people that fall asleep is roughly equal to the amount of people waking up.

What you are talking about is variance. There is a higher variance in the times of people falling asleep than there is in the times of people waking up. That does not mean that “more people wake up at the same time than fall asleep”. There are times of the day when significantly more people wake up than fall asleep, but as a counterweight, on prettey much all other times, the amount of people falling asleep is slightly higher than the amount of people waking up.

So actually, it’s the reverse. Given that most people wake up to alarm clocks, if you pick a random time of the day, it is likely that in that second more people fall asleep than wake up

I don’t see why that would be true. People generally fall asleep about as often as they wake up, so the number of people who fall asleep at the same time and the number of people who wake up at the same time, averaged over all moments of a day, should be pretty much equal.

Your comment sure showed me! Right?..

Yeah, that’s gonna show those nazis! Right?..

I really enjoyed Watch_Dogs, despite the shit it got at the time.

Not exactly like the ones you oncluded, but I really like this one: Challenger - Lemmino

Sounds like you’ve already answered your question yourself.