2 ms·
Well it certainly helps,doesn't it? This system is going to encounter more edge cases than a single human ever would. Hopefully the lessons from known unknowns
by sixo 8mo ago
Well it certainly helps,doesn't it? This system is going to encounter more edge cases than a single human ever would. Hopefully the lessons from known unknowns generqlise to unknowns. And once they've been seen once they took can become part of the corpus.
- ex-aws-dude 8mo agoRight but does this just rely on some human "brainstorming" a bunch of edge cases? It just strikes me as neverending edge case wack-a-mole A human doesn't need to see tons of examples of tornados and elephants to know to stop the car Doesn't that indicate some fundamental difference between the model and a human driver?
- Mawr 8mo agoNeither does the car — it won't drive into what LIDAR sees as a wall. But stopping is not good enough, it needs to be able to navigate the obstacle as well. Also, even if the car behaved perfectly anyway, these scenarios are useful for testing — validating that the expected behavior happens.
- sixo 8mo agoIt might be "never-ending", but you're going to encounter edge cases in approximate proportion to the rate at which they actually occur. Anyway, the hope would be to learn behaviors which generalize, not to respond to each edge case ad-hoc; the edge cases provide out-of-sample tests of generalizability.