I’ve been assuming the latter… Seems to me that there’s enough latency in the whole system that it can be usefully reduced somewhat without any risk of reducing it below zero and thus causing instability etc.
I can imagine different signals being hardwired to different time-intervals (possibly as a function of age).
I can also imagine the interval starts low, and creeps up, millisecond by millisecond over the weeks, as long as the predictions keep being accurate, and conversely creeps down when the predictions are inaccurate. (I think that would work in principle, right?)
That’s all just idle speculation. I can’t immediately think of cerebellum-specific information that would shed light on this. It’s a good question :)
I’ve been assuming the latter… Seems to me that there’s enough latency in the whole system that it can be usefully reduced somewhat without any risk of reducing it below zero and thus causing instability etc.
I can imagine different signals being hardwired to different time-intervals (possibly as a function of age).
I can also imagine the interval starts low, and creeps up, millisecond by millisecond over the weeks, as long as the predictions keep being accurate, and conversely creeps down when the predictions are inaccurate. (I think that would work in principle, right?)
That’s all just idle speculation. I can’t immediately think of cerebellum-specific information that would shed light on this. It’s a good question :)