_trapexit

7 ms·

1.
by _trapexit 3y ago
It's not reasoning. It's word prediction. At least at the individual model level. OpenAI is likely using a collection of models.
2.
by _trapexit 3y ago
Strong typing would not be an unwelcome addition to the Erlang space but compared to most dynamically typed languages I find Erlang/Elixer to be infinitely more usable. If you aren't using guards and specific type pattern matching
3.
by _trapexit 3y ago
No, they aren't. Credits aren't as liquid or fungible. You can't pay for equipment, salaries, vendors, etc. in energy credits.
4.
by _trapexit 3y ago
Because there are no fundamental tradeoffs between the strategies. Because if it was so objectively more efficient and effective every project wouldn't move to that strategy.
5.
by _trapexit 3y ago
So is a distrubuted, trustless system allowing transferring information securely. It shouldn't take much to see how this is solution is valuable to certain problems.
6.
by _trapexit 3y ago
Not only that... they were "paid" in credits. Not USD as many suggest. Though more likely they don't understand what that means.
7.
by _trapexit 3y ago
> If it runs out of space, it creates that same path on another drive. That's not how it works. The policy picks what branch to use and then once selected mergerfs will clone the relative path as needed. With "ep " policie
8.
by _trapexit 3y ago
For all the comments about ioctl and APIs... There isn't a lot of options when it comes to the basic interface to an API. You have functions and their arguments. They can be strongly typed like most random syscalls or generic like ioct
9.
by _trapexit 5y ago
For those interested in learning more about the Portfolio OS (besides looking at the code) check out https://3dodev.com and/or come to the Discord https://discord.gg/kvM9cQG . We have a number of homebrew de
10.
by _trapexit 6y ago
He died in Aug of 2018.
11.
by _trapexit 7y ago
What do you mean by "distribute writes"? One of mergerfs' primary features has always been it's policies which provide different algorithms for choosing a branch to apply a particular function to. https://gith