3 ms·
Slightly modify a million random weights by changing the least significant bit up or down.
by vladf 4y ago
Slightly modify a million random weights by changing the least significant bit up or down.
- ipaddr 4y agoCompare three copies.
- ALittleLight 4y agoOr slightly randomly modify all the parameters on the copy you distribute, then it will be a match for nobody.
- ipaddr 4y agoYou compare all three and average the variance of each value. So the more copies the better.
- bogwog 4y ago...or just steal it so that even if it can be traced, it's not your problem.
- deleted 4y ago[deleted]
- vladf 4y agoIn fairness to ipaddr, this can result in worse performance at this point.
- deleted 4y ago[deleted]
- vladf 4y agoOK, this is a fun game. I think your counterattack assumes I'm picking these million weights uniformly randomly among the 175 billion. I modify my original answer: s/a million/half the weights in a deterministic subset of 2 million weights/ Select the deterministic subset by just hashing some identifier for each weight. For any reasonable number of copies, there's a pretty unique subset between all your copies sharing a large amount of bits flipped in the same direction among this subset.