Earlier quoted context omitted.
> I've heard than some mental illness (maybe schizophrenia) is theorized to be in part due to an inability to forget things. My totally amateur pet theory is that paranoia is threat pattern recognition gone bonkers. Actually, most of what we do with brains is pattern recognition, and if there isn't enough good input they will make shit up.
> My totally amateur pet theory is that paranoia is threat pattern recognition gone bonkers. Supposedly OCD is your brain’s cause-effect loop being too potent. As in, you have a random fear I.e. “stove is on, fire will burn down house,” you go to check the stove, and the act of checking (regardless of its being on) creates the feeling that you saved your house from burning down, so now you feel compelled to check eve…
Machine Unlearning Challenge
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Re: Machine Unlearning Challenge
#22As with many ML-phrases, the use of 'unlearning' frames data modelling as a false dichotomy between 'learnable' and 'forgettable' data. Whereas humans are able to forget over time, it would be quite disturbing to block some memories from access entirely, how traumatic they might be (and quite apparent among people suffering memory loss). While from a privacy perspective, not all 'data points' (i.e. memories) need be…
It's just statistics guys. You either put the data in the training set or you don't.
Re: Machine Unlearning Challenge
#23Re: Machine Unlearning Challenge
#24While this post seems aimed more at compliance or sensitive data issues, “unlearning” aka forgetting itself may be essential for better or more human like AI agents. You are as much defined by what you have forgotten as what you have learned.
Re: Machine Unlearning Challenge
#25While this post seems aimed more at compliance or sensitive data issues, “unlearning” aka forgetting itself may be essential for better or more human like AI agents. You are as much defined by what you have forgotten as what you have learned.
I've heard than some mental illness (maybe schizophrenia) is theorized to be in part due to an inability to forget things. Certainly normal human existence involves preferential remembering and forgetting. For example not dwelling on pain or failure etc. Gradient descent obviously has none of that, it has not feelings or goals, and so there would be no preferential remembering or forgetting other than to do better ne…
He was also quite unassuming and very "normal". No trace of mental dysbalance.
Re: Machine Unlearning Challenge
#26Re: Machine Unlearning Challenge
#27Re: Machine Unlearning Challenge
#28This idea doesn't fully remove the influence of the target data (any previously saved gradient update from after a contaminated batch contains some information about the state of the network prior to update) but it may be a sufficient and efficient way to quickly reconstitute a network with far less influence from the problematic data.
Just an idea and I haven't tried it, so maybe it's bunk, but there you are!
Re: Machine Unlearning Challenge
#29Joel: "Is there any risk of brain damage?" Dr. Mierzwiak: "Well, technically speaking, the operation is brain damage, but it's on a par with a night of heavy drinking. Nothing you'll miss." - Eternal Sunshine of the Spotless Mind (2004)
None of this is true for those who abstain from Alcohol :)
Re: Machine Unlearning Challenge
#30I'll drop my idea here since I won't be participating. Trade disk for privacy. Basically you keep all your initialized weights, gradient updates from the training run and an index of what samples appeared in what batches. Then when you need to delete a sample, you find all the batches containing the target, reconstitute batches without that sample, and save those updated batches. You then take the initial weights and…
On the face of it, I would expect the gradients to take about as much space as the weights. So you’d be checkpointing your network at every batch, in effect.