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Pedantic warning here. In fast and loose day-to-day common English language "exponentially more" means "fast growth" or "a whole lot". But that usage is meaning
by camkego 3y ago
Pedantic warning here. In fast and loose day-to-day common English language "exponentially more" means "fast growth" or "a whole lot". But that usage is meaningless! Why?, technically, you can't have exponential growth without a dependent variable. You can have exponential growth as a function of time, height, spend, distance, any freaking metric or variable. But it has to be as a function of a value.
You CAN'T have exponential growth that is not a function of some value or variable or input.
I suppose in this case you could argue you have exponential growth as a function of the discrete using-an-LLM or not-using-an-LLM, but I've never heard of exponential growth as a function of a discrete.
Often people using the term "exponential growth" in common English don't understand what it means. Sorry.
- atq2119 3y agoSpot on. FWIW, exponential growth as a function of a discrete variable is very common (e.g. all of algorithmic complexity), but it has to be (at least modeled as) an unbounded numeric variable. You can't have exponential growth as a function of a binary variable.
- engineercodex 3y agoGood point! I used exponential to emphasize the nature of the value of a certain test compared to the rest of the generated tests, but you're right it's not the right word. I updated the article to remove the usage. :)