If this is the problem, that's fine (and I apologize for not giving more emphasis to your posts in replying on this issue). Inferential distance is a real problem.
But that's not how Richard responded. He literally restated the problem in different terminology, replacing the problems with black boxes that have the solution inside. The only thing he said remotely related to inferential distance was that gosh, it's hard to build up all the way from the neuron level.
Of course it is! That's why AI is hard! But he's trying to show one way that it simplifes by using an approach, which would mean he can do more than restate the problem. Even if the inferential distance is great, you can pain tbroad strokes, which would help identify where the disagreement is.
Here's the nagging issue for me: I suspect that what's going on is that you've come up with ad hoc techniques that happen to work, and then "explaining" them by a superficial resemblance to an actual controls problem. But "seeking a mate" actually describes a very complex set of behaviors, and it just doesn't help to reframe that as "tracking the reference of 'having a mate' by outputting behaviors dependent on my distance (measured how?) from that state".
Another data point for my claim is that you didn't seriously approach the challenge I gave you, to check if something known not to work, would be deemed by PCT to work. That would require you to give an example and show where it parts with PCT, which is a pretty simple task.
Also you consider it to be a good thing when a theory requires you to separately solve the very problem it attacks, in order to use it. That suggests another level of confusion.
[me]By the time you've actually described what reference someone is tracking (or even a sub-reference like "sexiness") and how observations are converted into a format capable of being compared, you've already solved the problem
[you]Yes, and that's precisely what's useful.
ETA: Compare that to:
By the time you've come up with all the epicyles needed to predict planet locations, you've have to already know the planet locations!
Yes, and that's precisely why the Ptolemiac model is useful!
But that's not how Richard responded. He literally restated the problem in different terminology, replacing the problems with black boxes that have the solution inside
I was being flippant. I mean, what were you expecting? Imagine that the person who first had the idea that thinking is done by neurons has just published it, and you ask them what you asked me. What can he tell you about finding a girlfriend? Only that it's done by neurons. The leg work to discover just how those neurons are organised to do it is the problem, and finding a mate isn't the p...
See this great little rationalist video here.