3 ms·
Yeah, it's hard to say with any certainty. I agree that the far end is the curve probably looks nothing like the "neighborhood" a couple percent away, relativel
by agent281 3y ago
Yeah, it's hard to say with any certainty. I agree that the far end is the curve probably looks nothing like the "neighborhood" a couple percent away, relatively speaking.
I also agree that the variety of data plays a big part in its complexity. If you have a few petabytes of data, but it's really only a handful of tables you can real hone in on the relationships. If it's a wide array of sources with many tables between them then you have some nasty problems like entity resolution.
All happy data sets are alike; each unhappy data set is unhappy in its own way.
- sanderjd 3y ago> All happy data sets are alike; each unhappy data set is unhappy in its own way. Ha, gonna steal that for some doc I write someday :)
- agent281 3y agoThat's only fair: I stole it from Anna Karenina. :] https://en.m.wikipedia.org/wiki/Anna_Karenina_principle#:~:text=All%20happy%20families%20are%20alike,can%20cause%20an%20unhappy%20family https://en.m.wikipedia.org/wiki/Anna_Karenina_principle#:~:t....
- sanderjd 3y agoHa I know, I love that opener, despite it being super cliche to love it. Things are usually cliches for a good reason :)