495 karma · joined August 20, 2015
In this case, it doesn't necessarily mean there will be a HUGE CLASH. We will either turn to more interpretable AI, or continue developing more and more interpretability techniques for deep learning, which has been an area of very active research in the recent years.
[1] https://www.cs.princeton.edu/picasso/mats/Book_Schapire.pdf page 664
For a while now, hn has (in)famously had only a couple of functions: https://news.ycombinator.com/item?id=11307758 (Not that the new features changed this dramatically).
http://www.wipo.int/export/sites/www/ip-competition/en/studi...
Potential Literature is about finding meaning in things. Meaning is human-made anyways, so anyone can find meaning in the most random of things. Having a randomly-generated, but still structured, text can allow for new meaning to come through. Think SubredditSimulator - generating random stuff, and letting the users find/create meaning for it.
Thanks :)
e: I may have found it: https://www.rfc-editor.org/mailman/listinfo/rfc-interest
Not saying that would work better, but it's something I thought would be cool.
Basically, you're thinking of your blood composition as stateless, when it may also be counted as an "external factor".
I have an incomplete understanding of functional programming. Are there other uses for closures (besides readability and practicality) that still work if they don't capture the value of i? If not, is this something someone should suggest as a change in swift-evolution?
But this falls kind of in a gray area. If the AI created the tracks, why does the company own the copyright (and thus, have the right to sell it)? In December 2014, the United States Copyright Office stated that works created by a non-human are not subject to U.S. copyright (see: https://en.wikipedia.org/wiki/Monkey_selfie#Copyright_issues ). So, in theory, AI could also own copyright.
Moreover, do they actually check every newly generated track to make sure its not too similar to previously-sold tracks?
From this article (which OP's article links to): http://www.eurekalert.org/pub_releases/2015-12/uow-url120115...
> research has shown that children as young as 18 months can infer the goal of an adult's actions and develop alternate ways of reaching that goal themselves.
> In one example, infants saw an adult try to pull apart a barbell-shaped toy, but the adult failed to achieve that goal because the toy was stuck together and his hands slipped off the ends. The infants watched carefully and then decided to use alternate methods -- they wrapped their tiny fingers all the way around the ends and yanked especially hard -- duplicating what the adult intended to do.
I think the idea behind mimicry is goal identification (i.e.: see human wash a single dish, and identify the goal of 'getting all dishes clean'), not 'learn the way humans would perform this task and then do it'.