bfrankline

Are you in the United States? Many libraries loan digital goods, e.g., books, music, movies, and even software.

In numerical analysis, elementary function membership, like special function membership, is ambiguous. In many circumstances, it’s entirely reasonable to describe the natural logarithm as a special function.

> Remember the whole point of fair use is to benefit society by allowing reuse of material in ways that don't directly copy large portions of the material verbatim.

How do you think masked language models work?

Yet people love Medicare and Medicaid.

My wife is writing a novel.

Sure, but I think, for example, representation learning, doesn’t involve manipulating an array of strings.

I’d bet this was funded by the Fifth Generation Computer Systems (FGCS) initiative.

If you care exclusively about numerical stability and performance, why _this_ set of operators (e.g., there’re plenty of good reasons to include expm1 or log1p and certainly trigonometric functions)? It’d be an interesting research problem to measure and identify the minimal subset of operators (and I suspect it’d look differently than what you’d expect from an FPU).

If you care exclusively about minimalism, why not limit yourself to the Meijer-G function (or some other general-purpose alternative)?

It was very primitive. It was essentially a mechanism for composing operations on vectors. I don’t know for certain but I would guess that it was inspired by IBM and their work on APL.

The most popular today outside of the shell environment is the statistical environment “S.” John Chambers would recreate it as “R” and I understand that it’s very popular and does a nice job of performing statistics and graphics together.

The other environment that is still popular today is the “statistical environment” that Rick Becker, Allan Wilks, and John Chambers created. It eventually became “S” and John would essentially recreate it as “R.” It’s a very nice environment for performing statistics and graphics together.