Thanks for clarifying, now please refer to the poster’s original statement:
AI doesn’t grok anything. It doesn’t have any capability of understanding at all. It’s a Markov chain on steroids.
Comment on A.I. groks 66%-76% faster with data augmentation strategies.
Hackworth@lemmy.world 2 months agoNo c, just grok, originally from Stranger in a Strange Land. But a more technical definition is provided and expanded upon in the paper. Mystery easily dispelled!
Thanks for clarifying, now please refer to the poster’s original statement:
AI doesn’t grok anything. It doesn’t have any capability of understanding at all. It’s a Markov chain on steroids.
We follow the classic experimental paradigm reported in Power et al. (2022) for analyzing “grokking”, a poorly understood phenomenon in which validation accuracy dramatically improves long after the train loss saturates. Unlike the previous templates, this one is more amenable to open-ended empirical analysis (e.g. what conditions grokking occurs) rather than just trying to improve performance metrics
Oh okay so they’re just redefining words that are already well-defined so they can make fancy claims.
Well-defined for casual use is very different than well-defined for scholarly research. It’s standard practice to take colloquial vocab and more narrowly define it for use within a scientific discipline. Sometimes different disciplines will narrowly define the same word two different ways, which makes interdisciplinary communication pretty funny.
yesman@lemmy.world 2 months ago
In that case I refer you to u/catloaf 's post. A machine cannot grock, not at any speed.