37 karma · joined December 4, 2015
I think the pricing mechanism plays a useful role in encouraging people with valuable land to give it to others who will use it more productively. At the same time, I think there's a risk that people who just own land could capture an unreasonable fraction of the generated wealth.
Would it really be right for San Francisco homeowners to capture over 50% of the wealth from Silicon Valley's success?
On the other hand, comments on sites like Facebook/Reddit/4chan are perfect for language model bots. The content is high-volume, semi-anonymous, usually shared without an explicit network, and can be extremely low precision.
So if you had a bot that could get on any discussion network for planning protests for example, and spammed it with destructive and divisive fake comments, it could actually make organizing pretty hard. And while there's some demand on the language model, many comments are just a few sentences long. And the content doesn't need to be very precise, it just needs to be convincing enough to be distracting.
I also think that the worst abusers are likely to be current power-players like Google/Facebook/Chinese Gov rather than small actors.
At the same time something like "not the best programmer" is a minimizing statement which is less mean than something like "bad programmer".
The idea that you could disappear completely from anyone using modern technology (which is what getting accounts banned from communication services will amount to) with no legal recourse or transparency is horrifying, even if it's technically legal, because the laws were written at a time when the tools of communication were widely distributed and could only be feasibly disrupted by governments.
In the short term, the lawyers matter. In the long term, we need to create laws and conventions which ensure that the lawyers of the future are focusing on the right issues.
The idea that you should try to avoid making mistakes seems like a good one, but also is rather obvious, and the right threshold is also obviously problem dependent.
I suppose the idea is kind of fluff, but of all the fluffy ideas out there, trying to be reliable and dependable is probably one of the better ones.
How is it ridiculous? I can't think of any government, except maybe Canada, that would just allow a part of their country to secede, especially if the movement to do so was explicitly backed and funded by a foreign power (in the case of HK, the same foreign power that used to occupy that part of the country).
I think it's more that the mathematician has a top-down way of reasoning, where they can see things like "I want to get from New York City to Los Angeles, so I have to board the bus, take a flight, and then take the bus from the airport at LA". There are certain parts where you basically know that a proof will be possible, because it seems true, like "I can get to LA's airport with public transit", so usually a specific hiccup, like a bus being delayed, won't prevent you from getting there.
Sadly a decent fraction of users might just accept something like this, even though it would be a major step backwards for internet freedom.
"NASA: 90% of our rocket scientists use the A/C you just fixed, but you can't explain how a rocket works so f* off"
Presumably what matters is whether homebrew is technically significant or relevant, not just that they use it?
Most venues are double blind, so reviewers wouldn't know about the latter things. Having fewer women in the reviewer pool is unfortunate, but it's hard to see how it would effect the mean review quality in a direct way assuming that men and women are equally good at reviewing (maybe in an indirect way it could harm reviews by increasing the load per-reviewer).
https://en.wikipedia.org/wiki/List_of_United_States_cities_b...
It still has one of the highest crime rates in the US, so I don't think criticism of the city is necessarily ill-informed.
I've had it with you Scale.AI people always trying to take credit for Lyft's work. We've been working weekends and nights for years, even the hourly workers have had to take unpaid overtime. All that time, I've never seen Scale.AI do extra work to help us before a big deadline.
I also wonder if crispr or embryo selection could be used if a GWAS could find genes that lead to softer claws.
The selection techniques have been used to improve milk yields for cows, so it seems like making cats which don't need to be declawed would be a valid project.
Speaking and listening can be harder than reading and writing, so the students might be doing good work even if their spoken language isn't very good. Also in technical subjects you might not need to know the language well to pass the tests and do the homeworks.
As an example, I have an Msc from a French language university, but I can't really understand the language.
I don't know much about it personally, but I think the US government has a lot of benefits (like retirement) that scales with years of service.
I actually suspect that at least for many big companies the problem isn't getting people to stay after training, it's getting the best employees to stay and getting lower-performing employees to leave. I think for this reason, most tech companies structure pay with a 4-year contract, which promises a high salary for 4-years (due to bonuses and stock), and then an implicit pay drop if there's no promotion after 4-years.
|y - wx| isn't differentiable but it is subdifferentiable. So the derivative is defined at every point except where y = wx, and in that case you're more or less fine if you just pretend that the derivative is zero at that point.
One reason why squaring is preferred is that the derivative has a nice closed form, which can be used to find closed form solutions.
Another is that people like to fit their models with gradient descent, and gradient descent has better guarantees for strongly convex loss functions. It also works better in practice. Intuitively: if you try to minimize x^2 by gradient descent, you have the largest gradients when you're far from the minimum. If you try to minimize |x|, then your gradient is always either +1 or -1, making it harder to converge around the minimum. See the Huber loss for a strongly convex relaxation of the absolute value function.