Ex: "what is the tallest mountain" isn't really monetizable whereas "best bbq restaurants in Nashville" is very monetizable
2,745 karma · joined November 27, 2019
Ex: "what is the tallest mountain" isn't really monetizable whereas "best bbq restaurants in Nashville" is very monetizable
Which is not to say if you commit murder, you go to jail without bail.
It's if you're accused of murder and made to stand trial, then you go to jail without bail, regardless of if you're guilty or not.
Really messes with poor people because if they don't have bail money, they either:
1. Sit in jail for a few months, unable to work, while their bills pile up, kids go uncared for, and rent is due.
2. Pay 10% of bail to a bail bondsman, who keeps the money regardless of if the accused is innocent or guilty, just so they have the privilege of walking free while awaiting trial for a crime they may or may not have committed.
Same principle, different means.
For example, if half of the group wants pizza, and the other half wants BBQ, a compromise might make everyone happier if they value eating together over eating their preferred meal apart.
There is no magic solution. But recognizing that there is a problem, it can be solved, and deciding to put effort into solving it are what it takes to fix it. This is step one.
You can talk about the legacy of the colonial institutions in the respective countries, but that has little to do with how hard South Korea worked in the 1950s, and more to do with how Japan and England administered their colonies, and how the transition from colony to state happened.
They're interesting books for sure, I remember enjoying reading them. But they're very selective in the facts they tell and how they tell them, and so they're almost worse than fiction in that respect.
https://www.kdevelopedia.org/Development-Overview/official-a...
Of course people in South Korea worked hard to get where they are. So did people in Ghana. But in South Korea, the US protected them and funded them. Meanwhile in Ghana, the US stripped them of their wealth.
How well off do you think South Korea would be if the US didn't intervene in the Korean War?
Meanwhile Ghana had a dictator which was saddled with US loans who was overthrown. But the country still had to pay the loans back, despite them being will outside of their means.
Some of those conditions involves avoiding any sort of export tariffs and using the declared value of goods to calculate profits (ex: if I spent 20$ extracting copper, and sold it for 20$ to an overseas company which totally isn't related to me, then the taxable profit in your country is 0$).
People don't hate when people give to charity.
People hate when people earn money in ways that have negative side-effects and justifying it by: promising to (at some point in the distant future) give (some portion of) their money to (select) charities.
Like, I wouldn't say that I 'use' 'asymptotic complexity' to promote engineering priorities over product management. I read a lot of nefariousness in that phrasing, but I guess that's not what was meant.
I don't follow what this means? How does one 'use' intersectionality to promote interests? I thought intersectionality was the idea that intersections of identities have different experiences than the components.
Ex: Black women have experiences that are unique to that intersection of identity, which aren't experienced by people who are only one of women or Black.
EA is notably less interested in answering "where should money come from" and "what impact does the manner in which I earn money have".
Like it or not, the execution of EA is to make as much as possible without regard for the consequences of how you make it. The whole premise is that the ends justify the means.
What they really mean by "honestly" is in a manner that doesn't reflect poorly on EA, which is tangential to whether or not the money is earned morally.
But there is a very easy way to prove that there are not contracts external to the blockchain.
That's the whole point of an audit.
And it's very telling that they don't want their books audited, but repeatedly point to a clearly incomplete (from the perspective of someone who is concerned that the business might go under) as proof of solvency.
Judo and skiing taught me how to fall. It's easier if you start young because you have less distance to fall.
Ex: I am Kraken. Someone deposits 1 BTC with me. I then sign a contract with someone else saying "You give me 1 BTC now, I will give you 1.2 BTC in a year". I then sell 1 BTC. In my wallet, I will have 1 BTC, exactly matching my client liabilities. But my total liability is 2.2 BTC. And if those contracts start calling in early (IE, margin calls), I'll end up in a liquidity crisis.
Or more simply, what if Kraken just uses the BTC as collateral for normal loans from a bank? If they fail to pay them, then they'll fork over the client BTC.
Where in the report do they verify off-chain liabilities?
- you can have a gun, such that you'd be able to form a militia and fight government tyranny.
- you can advocate for collective bargaining, such that you'd be able to form a union and fight corporate tyranny.
- Which inputs are valid.
- For a valid input, what the constraints on the return value are.
You'd have a point if the implementations had as an input constraint: "array must be less than 2^30". But they didn't.
Otherwise, nothing is broken unless it never returns the right answer. Take:
fn add(x: u32, y:u32) -> u32 { return 1; }
This implementation works perfectly for numbers that add to 1. It just loses generality outside of that.
fn add(x: u32, y: u32) -> u32 { return (x + y) - (x >> 10) - (y >> 10); }
This implementation works for x < 2^10 and y < 2^10. Arguably this implementation is much worse than the previous one because it fails unexpectedly. At least the previous implementation would be much more obviously broken.
But these are both broken because they don't fulfill the (implicit) contract for add. You can't just say "well, it's implied that my add function only takes inputs that add to 1" unless you actually write that somewhere and make it clear.
In other words, the 1/X statistic is conditioned on the average person's precautions (like not walking outside in a lightning storm), and by not applying on those precautions, you're using the statistic outside of the distribution that it applies to.
I worked at an online dating company. Matching people is fucking hard. It's hard enough predicting who will message who, much less who will actually date who. There's far more money in matching them well than stringing them along; if you had even a 10% success rate, you could get away with charging a silly amount of money.
> There is no equivalent to that in neural networks.
The first example that comes to mind is using backpropagation to determine how much influence each value had on the output result, and then rendering it in a human-readable way. Stuff like this:
https://miro.medium.com/max/4800/0*Y3Yi7cEueF0XLZP-
https://miro.medium.com/max/1100/1*IPhQ12OKnxH31AQNja6FnQ.pn...
It doesn't abstract or summarize any understanding. If you say, "well, what if they do Kf3 instead", all it can show is another PV. It can't tell you "knights on the rim are dim", or "this pawn needs to move now to prevent the bishop entering the position in 5 moves".
You can try to build an explanation on top of a chess engine, but it's very difficult to come up with generalizable or clear explanations beyond very broad heuristics (like "knights on the rim are dim").