From the very article you linked:
> In English, the noun mathematics takes a singular verb. It is often shortened to maths or, in North America, math.
1,142 karma · joined April 8, 2010
From the very article you linked:
> In English, the noun mathematics takes a singular verb. It is often shortened to maths or, in North America, math.
The original extractor was to ocaml, and this is a new extractor to c++.
> censor (verb): to examine in order to suppress (see suppress sense 2) or delete anything considered objectionable.
> also: to suppress or delete as objectionable
Government censorship is a very notable class of censorship, but the word has a broader meaning.
Little endian's most valuable property is that an integer stored at an address has common layout no matter the width of the integer. If I store an i32 at 0x100, and then load an i16 at 0x100, that's the same as casting (with wrapping) an i32 to an i16 because the "ones digit" (more accurately the "ones byte") is stored at the same place for both integers.
Since bits aren't addressable, they don't really have an order in memory. The only way to access bits is by loading them into a register, and registers don't meaningfully have an endianness.
> Forecasting models predicted that the current steep funding cuts could result in more than 14,051,750 (uncertainty interval 8,475,990-19,662,191) additional all-age deaths, including 4,537,157 (3,124,796-5,910,791) in children younger than age 5 years, by 2030.
https://www.thelancet.com/journals/lancet/article/PIIS0140-6...
We call a C->asm compiler "correct" if the meaning of every valid C program turns into an assembly program with equivalent meaning.
The reason LLMs don't work like other compilers is not that they're non-deterministic, it's that the source language is ambiguous.
LLMs can never be "correct" compilers, because there's no definite meaning assigned to english. Even if english had precise meaning, LLMs will never be able to accurately turn any arbitary english description into a C program.
Imagine how painful development would be if compilers produced incorrect assembly for 1% of all inputs.
Software engineers figured out these things decades ago. As a field, we already know how to do security. It's just difficult and incompatible with the careless mindset of AI products.
It's not part of the type system, it's just the giry monad as a library.
The only [citation needed] correct way to use probability in security is when you get randomness from a CSPRNG. Then you can assume you have input conforming to a probability distribution. If your input is chosen by the person trying to break your system, you must assume it's a worst-case input and secure accordingly.
AI is like a SQL without quotation marks though. You just have to assume the attacker gets complete DB access.