|
|
|
|
|
by munificent
2620 days ago
|
|
I think you assume here that the historical effects that led to Siemens sensors correlating with failure will continue to be true in the future. And I think that is the key fallacy that makes AI bias a problem. We aren't just looking for patterns. We are looking for patterns so that we can take action and affect the future. If the patterns, which are real enough in the historical data, don't correctly predict the impact of a choice, then they are anti-helpful bias. For example, it may be that the company bought Siemens sensors years ago and then switched to another brand later. Unsurprisingly, older turbines fail more than newer ones. So, really, it's age that is the causative factor and the concrete action you want to take is to pay closer attention to older turbines. Even though the correlation to Siemens is real, if the action you take is "replace all the Seimens sensors with another brand", that won't make those old turbines work any better. In other words, understanding data doesn't just mean "see which bits are correlated with which other bots". In order to be useful, we need to understand which changes to those bits in the future will be correlated with which desired outcomes. Anything less than that and you don't yet have information, just data. |
|
Yes, AI systems presume induction to be true. But so does... uh, science and most other things we do?