I note you do at least get a partial ordering here, where some schemes always give the adversary lower cumulative probability of success as n increases than others.
This should be similar (perhaps more fine grained, idk) than the min-entropy approach. But I haven’t thought about it :)
Nice!
I note you do at least get a partial ordering here, where some schemes always give the adversary lower cumulative probability of success as n increases than others.
This should be similar (perhaps more fine grained, idk) than the min-entropy approach. But I haven’t thought about it :)