We both know who is
> just acting in bad faith at this point.
We both know who is
> just acting in bad faith at this point.
Take RL 101. This is a common pattern.
Another that uses dice rolling, coin flips, and an inventory level example to drive home the point that Jev's output are not real probabilities for outcomes.
https://news.ycombinator.com/item?id=49830385
> Take RL 101
I taught it (ML course; a day on RL, at a university), you should really stop making assumptions friend. Data quality and coverage matters in learning algorithms.
Here's one of the books used in that course https://amlbook.com/
Thinking blocks are not a place you can derive real confidence scores in LLMs
You are out of your depth and grasping at straws.
Do you have any credentials or evidence that others can use to determine if this statement is not more accurately describing the author who wrote it?
Perhaps a PhD in ML, research output like published papers, or teaching/professional experience - all things I have
We could debate the merits of the paper contents, but I suspect you have intentionally moved on to personal attacks. Regardless, nothing you have said (nor can be found in this paper) has been a counter argument that learning algorithms are sensitive to training data, where the measured output difference is used by the optimization algorithm when updating the parameters. Garbage in, garbage out is a saying for a reason. No algorithm fixes non-representative data.
This was your claim. If you can't read and understand that paper in relation to your claim, you are out of your depth. You haven't made a single claim relevant to that paper - just hand wavy comments about data.
you are still employing underhanded techniques in an attempt "win an internet debate" (my impression)
try being more accommodating and flexible over repeating the same lame things
it's not hard to say, "ah I see what you were trying to say..." and move towards a more constructive conversation
RLCR / Jev et al. can only give as accurate predictions and probabilities as the underlying data they are trained on represents. Biased data results in biased probabilities, no algorithm fixes this. Can we agree on this point?
https://www.youtube.com/watch?v=c1Fv1uKTd-w
oh-seven