@dchang1981
I do believe this is possible, but not common. It needs time domain measurements, patience and LOTS of data.
Audio measurements are too often really simple things. Steady state sine waves, sweeps, square waves. There are a lot of tests which go ignored or under used. I'm not saying I have proof, but I am saying I think a good data scientist/engineer could eventually discover.
For instance, in speakers, dynamic range/compression is rarely tested by magazines, but it's one measurement I find describes a great deal of what I hear. Perhaps some day I'll come up with cap sound measurements and they'll name it after me. :D :D
But proof, no. Experience, somewhat. I'm not really interested in forcing the issue on anyone though. A skeptical open mind is always a good thing.
Best,
E
I do believe this is possible, but not common. It needs time domain measurements, patience and LOTS of data.
Audio measurements are too often really simple things. Steady state sine waves, sweeps, square waves. There are a lot of tests which go ignored or under used. I'm not saying I have proof, but I am saying I think a good data scientist/engineer could eventually discover.
For instance, in speakers, dynamic range/compression is rarely tested by magazines, but it's one measurement I find describes a great deal of what I hear. Perhaps some day I'll come up with cap sound measurements and they'll name it after me. :D :D
But proof, no. Experience, somewhat. I'm not really interested in forcing the issue on anyone though. A skeptical open mind is always a good thing.
Best,
E