We were promised Strong AI, but instead we got metadata analysis
1–10 of 427 posts
Re: We were promised Strong AI, but instead we got metadata analysis
#2I actually didn't know Tesla cars relied on GPS + map data w/ speed limits until recently. What a disappointment, apparently it causes all sorts of issues with sudden braking/acceleration when the map data is wrong.
Re: We were promised Strong AI, but instead we got metadata analysis
#3Even when Google knows where I go with my searches, they still refuse to show those sites for anything that might have commercial interest. So much for customized search. I get tired of being the product. Can we get a subscription search engine that’s actually good? I’d pay for that.
Re: We were promised Strong AI, but instead we got metadata analysis
#4> There are woolly intimations that self driving cars will read roadsigns to work out what the speed limit is for any stretch of road but the truth seems to be that they use the current GPS co-ordinates to access manually entered data on speedlimits. I actually didn't know Tesla cars relied on GPS + map data w/ speed limits until recently. What a disappointment, apparently it causes all sorts of issues with sudden br…
Re: We were promised Strong AI, but instead we got metadata analysis
#5All of these companies doing advanced AI vision detection, classification etc... they’re really hard problems. But the whole challenge will eventually become nullified when every single road sign, landmark, and the road itself are tagged internally with metadata.
Instead of trying to decipher how does this PNG of a speed limit sign translate into a number, the number metadata would be encoded in the sign.
Looking at it this way, having advanced vision AI tech is only a competitive advantage in the short term
Re: We were promised Strong AI, but instead we got metadata analysis
#6> Larry Page and Sergey Brin were originally pretty negative about search engines that sold ads. Appendix A in their original paper says:
we expect that advertising-funded search engines will be inherently biased towards the advertisers and away from the needs of theconsumers
and that we believe the issue of advertising causes enough mixed incentives that it is crucial to have acompetitive search engine that is transparent and in the academic realmRe: We were promised Strong AI, but instead we got metadata analysis
#7This seems it will be applied to self driving technology in a huge way. All of these companies doing advanced AI vision detection, classification etc... they’re really hard problems. But the whole challenge will eventually become nullified when every single road sign, landmark, and the road itself are tagged internally with metadata. Instead of trying to decipher how does this PNG of a speed limit sign translate into…
Re: We were promised Strong AI, but instead we got metadata analysis
#8This seems it will be applied to self driving technology in a huge way. All of these companies doing advanced AI vision detection, classification etc... they’re really hard problems. But the whole challenge will eventually become nullified when every single road sign, landmark, and the road itself are tagged internally with metadata. Instead of trying to decipher how does this PNG of a speed limit sign translate into…
Including every pothole, pedestrian, stray deer, abandoned shopping cart and fallen tree branch?
Re: We were promised Strong AI, but instead we got metadata analysis
#9This seems it will be applied to self driving technology in a huge way. All of these companies doing advanced AI vision detection, classification etc... they’re really hard problems. But the whole challenge will eventually become nullified when every single road sign, landmark, and the road itself are tagged internally with metadata. Instead of trying to decipher how does this PNG of a speed limit sign translate into…
Not sure why reading road signs is used as and example of "extremely hard thing to do" - there are other way harder things that cars can't currently do. E.g. figuring out the right speed to negotiate a curve using computer vision alone (without relying on detailed maps/gps, ie "metadata").