"If this authentication system didn't work nobody would use it" is literally the reasoning I mentioned above.
> we're no longer dealing with yes/no results
That's exactly what we're dealing with. Iterate through the list of fingerprints in the database, does provided == stored.
You might be interested in reading about CER (crossover error rate). It's the term used for discussing the trade-off between type 1(false positive) and type 2 (false negative) in biometric systems especially.
You really think the gym would use a system where a large portion of fingerprints match as OP? No, we're not dealing with yes/no. We're dealing with "which fingerprint matches the given data best", not "does the given data match a given fingerprint well enough". The scanner doesn't return "is this person OP", it returns "which person is this".
"If this authentication system didn't work nobody would use it" is literally the reasoning I mentioned above.
> we're no longer dealing with yes/no results
That's exactly what we're dealing with. Iterate through the list of fingerprints in the database, does provided == stored.
You might be interested in reading about CER (crossover error rate). It's the term used for discussing the trade-off between type 1(false positive) and type 2 (false negative) in biometric systems especially.
https://security.stackexchange.com/questions/57589/determini...