Could there be a benefit to releasing a new model, slowly dumbing it down over a couple months, then releasing a new model that’s marginally if at all better than the original to create a perceived improvement when in reality there isn’t really one?
For an industry that’s stagnant in progress yet relies on new frequent releases to survive (non-progress being an existential risk), this could make sense.
I have no idea if that’s what’s happened, I completely pulled it out of my butt. And I have no idea is the actual frontier is stagnating.
> Could there be a benefit to releasing a new model, slowly dumbing it down over a couple months, then releasing a new model that’s marginally if at all better than the original to create a perceived improvement when in reality there isn’t really one?
Not unless your competitors do the same, or else you will only be perceived as falling behind others.
talon8635 · · focus · HN ↗
For an industry that’s stagnant in progress yet relies on new frequent releases to survive (non-progress being an existential risk), this could make sense.
I have no idea if that’s what’s happened, I completely pulled it out of my butt. And I have no idea is the actual frontier is stagnating.
kleiba2 · · focus · HN ↗
Not unless your competitors do the same, or else you will only be perceived as falling behind others.
talon8635 · · focus · HN ↗
If one lab makes a breakthrough, can the other labs just distill to bear parity anyways and then set a new baseline industry wide.
I’m quite ignorant on this topic, so if any of this sounds moronic, forgive me
senordevnyc · · focus · HN ↗