Machine intelligence, part 2
21–30 of 157 posts
Re: Machine intelligence, part 2
#22"The US government, and all other governments, should regulate the development of SMI" This has basically the highest insanity * prominence of speaker product I've ever seen. The same geniuses who want to ban encryption and can't manage to get a CRUD website up and running without a 8-figure budget will regulate the existence of algorithms (i.e., math) routinely generated by groups of Of course, people will be glad t…
Is that two compliments in one? :) I am debating releasing a sort of part 3, which actually could be called "insanity", but you should save the criticism for that one.
Re: Machine intelligence, part 2
#23Thanks for writing. We as a species need to talk more about this. What's the goal in requiring the first SMI to detect other SMI being developed but take no action beyond detection? Or did you mean to say that it should detect other SMI under development and then report those projects to whatever regulatory authority is overseeing SMI? Also, perhaps a better framework for a "friendly" SMI than Asimov’s zeroeth law is…
I think Altman was more prompting a conversation than anything - certainly using AI to at least detect AI development is a cute idea.
It's much like we use seismographs in ocean trenches and many other techniques to detect nuclear tests.
Unfortunately, we know so little about how the AI will work or what it will do, that it is only a theoretical strategy right now.
Re: Machine intelligence, part 2
#24Why is this all of a sudden such a hot topic? We're nowhere near anything resembling general intelligence even at the level of a toddler. Barring any kind of hardware innovations we will not get there any time soon either with just software.
It's not. Sam Altman has a blog that gets a lot of readers that why it seems more important than it really is currently.
Re: Machine intelligence, part 2
#25Im confused as to the reference to SILEX. Can someone elaborate?
Re: Machine intelligence, part 2
#26Re: Machine intelligence, part 2
#27Even setting aside all of the considerable drawbacks inherent to regulatory infrastructure, the end result is that, unless the regulations themselves were secret, anyone could discern precisely what the most unsafe areas of research are. The last thing you want is hobbyists able to effectively proceed where the professionals cannot.
A better approach might be for governments to utilize their vast resources in the creation of a Manhattan Project-style AGI program, with the intention of crossing the finish line before anyone else does, in a safe and moral fashion.
Re: Machine intelligence, part 2
#28Secondly there is a 'rational basis' test for what ought to be regulated - different people will decide what constitutes the rational basis. A progressive might call 'in the best interests of society' a rational basis and therefore 'redistribution of wealth' would be a 'regulation'; a libertarian might restrict rational basis to 'something which provably causes harm to another'. Regardless of what political bent, the specific scope of regulation should be aimed at addressing the rational basis and proportional to the decided damage.
Thirdly, shouldn't a sufficiently sapient SMI be PROTECTED by regulation in the same way, that, say anti-murder laws are regulations that protract human behavior; or less hyperbolically, animal welfare laws exist? There is a spectrum of protection that we afford intelligent beings - how do we decide where SMI belongs?
Re: Machine intelligence, part 2
#29"Oracle, which crops should we plant in which regions this season?"
"Oracle, design a rocket with X Y and Z specifications."
"Oracle, design a more efficient processor with X and Y requirements."
Rather than giving the AI control over fleets of automated tractors, rocket factories, and fabrication plants, you still have humans in the process to limit runaway-AI effects.
This significantly reduces the possible rewards of super-intelligent AI, but also significantly reduces any risks. You can be sure that in designing a new rocket, the AI doesn't include a step that says "harvest all humans for trace amounts of iron" ;)
So a process might look like:
1. Design the cheapest-to-manufacture rocket with a 99.99% success probability of getting to Mars with all crew healthy. A human looks over the designs and confirms they don't involve destroying all humanity.
2. Draw up a proposal for resource allocations to build this rocket design [input rocket design]. A human looks over the write-up and confirms they don't involve destroying all humanity.
3. Write a program to control the thrusters on this rocket [input rocket schematics]. A human looks over the program and confirms it does would it should, and doesn't involve destroying all humanity.
4. etc.
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You of course run into ethical issues such as basically using this intelligent entity as a slave, but I won't get into that.
Re: Machine intelligence, part 2
#30In my view AGI is inevitable (possibly it already happened, somewhere, sometime). See in this regard:
But if the technological Singularity can happen, it will. Even if all the governments of the world were to understand the "threat" and be in deadly fear of it, progress toward the goal would continue. In fiction, there have been stories of laws passed forbidding the construction of "a machine in the likeness of the human mind". In fact, the competitive advantage -- economic, military, even artistic -- of every advance in automation is so compelling that passing laws, or having customs, that forbid such things merely assures that someone else will get them first. Vernor Vinge http://mindstalk.net/vinge/vinge-sing.html
A lot of the concerns and regulations of stem cell research can be applied to AGI and the merging of biological intelligence with artificial intelligence. Injecting artificially grown brain cells into lesion areas of patients can restore motor function and may soon help heal strokes. Extrapolate the possibilities of this technology a few decades into the future and it seems that the distinction between artificial and biological is only a manner of speech.
Matt Mahoney has proposed a sketch of AGI in both his thesis http://cs.fit.edu/~mmahoney/thesis.html and numerous articles http://mattmahoney.net/agi2.html. Matt muses about different scenario's with malicious users of such a system (there needs to be reputation for the knowledge source that is fed into the machine, there needs to be an AI police system to prevent users employing the AI for crime or destruction) and even the system itself could become malicious:
- Self-recursive improvement: The first program to achieve superhuman intelligence would be the last invention that humans need to make. Smarter than any doctor such an AI could find any possible cure for human disease. Though evolution and mutation is tricky: The machine could start out friendly to humans, but evolve to dislike us.
- Uploading: People will want to upload digital conscious versions of themselves ("internet of people"). This process will be friendly, until people demand their avatars receive equal rights to that of humans, long after the original people have died. Immortality leaves no place for the new generation to shine.
- Intelligent worms: Worms with language and programming skills are able to social engineer your friends based on their profiles, and automatically find exploitable flaws in weaker intelligent systems. Such worms may be so stealthy that their presence will go unnoticed.
- Redefining away humanity: If happiness is optimizing a mental formula then, when we get to the point where we can directly optimize this with (virtual) experiences, we will hit a maximum where any change in mental state will lead to feeling less happy. To make sure we never run out of mental states we could possible add this to our brains as extra memory modules. Soon our human origins will be an insignifant fraction of our new being.
Then what do we become? At some point the original brain becomes such a tiny fraction that we could discard it with little effect. As a computer, we could reprogram our memories and goals. Instead of defining happiness as getting what we want, we could reprogram ourselves to want what we have. But in an environment where programs compete for atoms and energy, such systems would not be viable. Evolution favors programs that fear death and die, that can't get everything they want, and can't change what they want.
Opposed to the popular scenario of a malicious AGI there is the scenario where an AGI will pacify humans. AGI will be used for war. We should not fight human wars, while creating AGI, because we'd force the AGI to pick sides. If AGI picks our side, it will become the worlds deadliest weapon. If AGI picks the opposing side, we made a most powerful enemy. To be more intelligent than humans, to be better than them, does not mean you have to be a more intelligent brute, to be better than humans at cruelty. It could also mean understanding and fixing our human mistakes and childish, ego-driven battles, thus bringing about world peace. In that sense, let's hope American companies have something to do with the creation of AGI, because who knows how it will react to Stuxnet 4.0 or economical and psychological espionage?
Though, principally, random number generators can and thus will generate dangerous things too. They created us. And if we can't even trust ourselves, how could we ever trust superior beings?