Friendly unit conversion man at your service: 114 years.
We accidentally solved robotics by watching 1M hours of YouTube
11–20 of 183 posts
Re: We accidentally solved robotics by watching 1M hours of YouTube
#12Does YouTube allow massive scraping like this in their ToS?
Probably not. Who cares at this point? No one is stopping ML sets from being primarily pirated. The current power is effectively dismantling copyright for AI related work.
Out of the loop apparently, could you elaborate? By "the current power" I take you mean the current US administration?
Re: We accidentally solved robotics by watching 1M hours of YouTube
#13Does YouTube allow massive scraping like this in their ToS?
What ToS
Re: We accidentally solved robotics by watching 1M hours of YouTube
#14Re: We accidentally solved robotics by watching 1M hours of YouTube
#15Re: We accidentally solved robotics by watching 1M hours of YouTube
#16Friendly unit conversion man at your service: 114 years.
So a half zoom meeting... or 1/3 Teams one.
Re: We accidentally solved robotics by watching 1M hours of YouTube
#17Re: We accidentally solved robotics by watching 1M hours of YouTube
#18This is interesting for generalized problems ( "make me a sandwich" ) but not useful for most real world functions ( "perform x within y space at z cost/speed" ). I think the number of people on the humanoid bandwagon trying to implement generalized applications is staggering right now. The physics tells you they will never be as fast as purpose-built devices, nor as small, nor as cheap. That's not to say there's zer…
Re: We accidentally solved robotics by watching 1M hours of YouTube
#19This is interesting for generalized problems ( "make me a sandwich" ) but not useful for most real world functions ( "perform x within y space at z cost/speed" ). I think the number of people on the humanoid bandwagon trying to implement generalized applications is staggering right now. The physics tells you they will never be as fast as purpose-built devices, nor as small, nor as cheap. That's not to say there's zer…
We made a sandwich but it cost you 10x more than it would a human and slower might slowly become faster and more efficient but by the time you get really good at it, its simply not transferable unless the model is genuinely able to make the leap across into other domains that humans naturally do.
I'm afraid this is where the barrier of general intelligence and human intelligence lies and with enough of these geospatial motor skill database, we might get something that mimics humans very well but still run into problems at the edge, and this last mile problem really is a hinderance to so many domains where we come close but never complete.
I wonder if this will change with some sort of computing changes as well as how we interface with digital systems (without mouse or keyboard), then this might be able to close that 'last mile gap'.