The Lovelace Test Is Better Than the Turing Test At Detecting AI
meghan elizabeth writes If the Turing Test can be fooled by common trickery, it's time to consider we need a new standard. The Lovelace Test is designed to be more rigorous, testing for true machine cognition. An intelligent computer passes the Lovelace Test only if it originates a "program" that it was not engineered to produce. The new program—it could be an idea, a novel, a piece of music, anything—can't be a hardware fluke. The machine's designers must not be able to explain how their original code led to this new program. In short, to pass the Lovelace Test a computer has to create something original, all by itself.
Why is it called the Lovelace test? Ada Lovelace was just someone that translated a book for the worlds first programmer.
Slashdot sucks, Dice sucks, kids these days, get off my lawn.
John McAfee 'It was like that time I hired that Bangkok prostitute; to do my taxes, while I fucked my accountant'
That is all.
When was the last time the average person created something original?
Shouldn't it be "nobody can be able to explain how their original code led to this new program", instead of
"The machine's designers must not be able to explain how their original code led to this new program"?
...you keep using that test...I do not think it tests what you think it does....
We observe nature and imitate. Unless opium is involved in creating a randomization of that observation.
I ponder the choices.
That is a flatly ludicrous requirement, far in excess of what we would ever even consider applying to determine if even a human being is intelligent or not. Hell, if you were to apply that standard to human beings, ironically, many extremely intelligent people would fail that metric, because in hindsight, you can very often identify precisely how a particular thought or idea came out of a person.
File under 'M' for 'Manic ranting'
The only people fooled by Goostman's PR BS are the press and their gullible readers.
artificial-intelligence.com/comic/4
How many humans can truly pass this test?
Mostly we're 7 billion 'somewhat intelligent' monkeys combinitorally iterating over ideas and observations that have become cultural knowledge.
As in "Deep Throat"
I do recall reading a while back experiments done with AI in which programs compete for resources by generating programs to do tasks given to it (computing sums etc). Some programs did generate code that were completely unexpected.
It raises the question programs that are evolved are designed by the programmer or the program, or the process of evolution. And it also raises the philosophical question about whether we should be more humble and accept that our "creativity" that we think is what makes humans intelligent could be nothing more than a process of the evolution of ideas (I hesitate to use the word meme) that we don't actually originate nor control.
If we consider programs that can create things through evolution as "intelligent", that would ironically make natural selection intelligent, since DNA is a digital program that is evolved into complex things over time that can't be reduced to first principles.
Those who do not learn from commit history are doomed to regress it.
The machine's designers must not be able to explain how their original code led to this new program.
Whoa, whoa, whoa. I have severe problem with this. This is like looking at obscurity and declaring it a soul. The measure of intelligence is that we can't understand it? Intelligence through obfuscation? There should be no way for a designer to not be able to figure out why their machine produced what it did given enough debugging.
With some basis statistics, physics, chemistry and eventually some evolutionary psychology, I can explain how they came up with this test based on the original input (a bunch of hydrogen and some time).
Also, I've made programs that passed this test at least as much as I pass the test. Any program with bugs I can't figure out qualifies (I work in graphics, bugs = modernist paintings in a lot of cases).
I've also had such things happen when playing with fractal rendering algorithms: I write up some interesting algorithm, and get some new unexpected output. Usually I can figure it out eventually, but if I can't then its intelligent?
If my computer blue screens and even Microsoft can't understand why, its intelligent?
Even basic neural networks solve non-interesting problems in whats we don't really understand. We know how it got there (physics) but not the real source of the emergent behavior.
The definition present here is just useless: its open to interpretation so much so that it could include basically everything or nothing.
Computers create it every single day.
Most of the programs I write produce stuff I can't explain.
...then all the computer will have to do is string together a series of random English words till it puts together something that sounds like a short story written by a Hungarian first-grader for whom English is a second language.
I don't care what they call the test. It's useless if the grading rubric is rigged to allow any idiot to write something that passes. Now, if you'll excuse me, I'm going to go see if I can talk ELIZA into writing me something that would function as an epistolary novel.
Stop learning! Only you can prevent esoterrorism.
The machine's designers must not be able to explain how their original code led to this new program.
If I'm not mistaken, this has already happened when evolutionary algorithms were applied to hardware design: some slides. The author of the program has no idea how the resulting circuit worked.
Ezekiel 23:20
A computer infected with a work and a virus led to them combining into a new program.
It was better and unique.
The Kruger Dunning explains most post on
Oddly computer chess programs may already meet this criteria. The programs usually apply a weight or value to a move and a weight and a value to the consequences down stream of the move. But there are times when the consequences are of equal value at some event horizon and random choices must be applied. As a consequence sequences of moves may be made that no human has ever made and the programmer could not really predict either. As machines have gotten more able the event horizon is at a deeper level. But we might reach the point at which only the player playing white can ever hope to win and the player with black may always lose. We are not in danger of a human ever being able to do that unless we alter his brain.
What's a "program" ("anything")?
What does it mean to be "engineered to produce" one?
What's a "hardware fluke"?
What constitutes "explanation" of how it was done?
Not. Even. Wrong.
I predict that the Turing test will be passed (truly and officially) well before the Turing test itself will be proven to actually be meaningful.
You say that as if you are a machine regurgitating prescribed one-liners.
The Lovelace test should be outlawed as a direct threat to the human species.
Till it hit me it was looking for keywords to continue on, yes I was new
http://en.wikipedia.org/wiki/E... the Doctor is in...
Million Monkeys write Shakespeare method.
Program generates random strings and then puts them into the compiler. When one successfully compiles it has beaten the test but is not what we would call intelligence.
One of the things I love about programming is the moment you have to remind yourself that your program is simply executing algorithms that you told it. Depending on how clever the algorithms are it can appear as if the computer is thinking for itself. Programming allows you to encode intelligence in non-thinking machines.
"The machine's designers must not be able to explain how their original code led to this new program". I know plenty of programmers that can't explain how the hell their code managed to produce certain results, and trust me it has nothing to do with the servers mysteriously developing AI.
The meta-Turing test counts a thing as intelligent if it seeks to devise and apply Turing tests to objects of its own creation.
--Lew Mammel, Jr.
http://en.wikiquote.org/wiki/I... Detective Del Spooner: Human beings have dreams. Even dogs have dreams, but not you, you are just a machine. An imitation of life. Can a robot write a symphony? Can a robot turn a... canvas into a beautiful masterpiece? Sonny: [With genuine interest] Can you?
We do realize that brains are computers, right? AI means intelligent machines designed by intelligent machines. its a 10 goto 10 line
Just because someone sets some random people up for a five minute interview with a chatbot doesn't mean they're running a Turing Test.
Give people enough time to conduct a proper conversation, hell give them time to ask the chatbot for some original content. Do that and you'll be running a real Turing Test.
The reason you keep hearing about these simplified Turing Tests is those are the only tests people run because those are the only tests computers can pass. But passing a true Turing Test is still a great standard for detecting real AI, and something no one can even approach doing yet.
I stole this Sig
The programmer of a chess AI knows how it reached where it is. For instance, if it uses minimax the explanation would be along these lines: "on step 1, the evaluation function found x0 for move y0, ... xn for move yn. It selected move yk since no xi is greater than yk." On some cases explaining the behavior may be difficult, but if you spend enough time with traces you'll find the why eventually.
Besides, if simply being unable to explain how the program works makes it intelligent we must be ruled by an AI by now. If only all it took to solve problems was ignorance we'd have run out of problems to solve by now.
what side do you want?
Add together a hypothesis generator with a motivation calculator and a theorem prover. This has been shown long since to have the ability to regenerate number theory without further supervision by humans.
Michael J. Burns
The great thing about the Turing test was that it was a black box. It did not depend on assumptions about what the designers knew, or what hardware was used, or the like. And so far the only test trials I have heard of have been carefully arranged one on one. Give us a dozen Ukranian teen-agers, and pick the one (or two) which are non-human - that's a better test run.
But, of course, the ultimate test of machine intelligence is when the computer can sue your ass off and win in the Supreme Court.
Ada Lovelace or Linda Lovelace? I volunteer for the Linda Lovelace test.
Sometimes I wonder if all of the ACs are simply one bot with the electronic equivalent of schizophrenia talking to itself...
Do not look into laser with remaining eye.
No.
you describe "behaviorism" which is a thoroughly discredited and reductive theory
the ***whole conversation*** is about ***the underlying mechanism***
the "Lovelace Test" is more rigorous, but how it will affect computing I cannot say, because the Turing Test itself is a time-wasting notion.
the problem: questions of "what is intelligence" are Philosophy 101 questions...not scientific or computing questions...and we hurt our industry when we overlap the two
just because we can prod a human to make them do something, or dose them with a chemical or whathaveyou, doesn't mean we have disproven the existence of "free will"
we will map every neural connection in the human brain soon, this doesn't mean all humans will become remote controlled techno-zombies
people take other's freedom by many means:
by gunpoint
emotional manipulation
through blackmail
too much alchohol
the Frey Effect
threats of loss of work
so learning how neurons work is just another potential addition to that list
the point: humans have free will and it can be subverted in many ways, this does not have any implications in computing
Thank you Dave Raggett
Sorry about the bad link.
Thank you Dave Raggett
A guy told me some 20 years ago that he read about an artificial life experiment in which a specially designed operating system was created to allow programs to execute code and, like computer viruses, reproduce themselves while competing for the resources to do so. He said the result was a program that copied itself very efficiently in a manner that the researchers found very hard to understand and was totally unexpected.
Sadly he couldn't explain the details and didn't know the experiment, but if what is says is true, did it pass the Lovelace test? It certainly seems like something that could have occurred given the capabilities of computers at the time.
I often don't like the choices people make, but I like the fact that people make choices. That's why I'm a conservative.
Yeah, that's one of those things about Mega Man X that really went off on a tangent. I mean, at some level it makes sense: the halting problem should mean that reploids shouldn't be able to analyze other reploids. The problem, of course, was that it was only X and Zero (technically, neither reploids) that couldn't be fully analyzed--and at least Dr. Cain wasn't able to do it either, as the whole "sympathy circuit" thing being a large part of the whole maverick problem*, although Dr. Cain wasn't even a master of cybernetics but merely an archaeologist and obviously Dr. Light and Wily analyzed their own creations so it stands to reason that humans could do it too (whether Ceil's Copy X was exact...well, by technical canon it was).
In the end, it all speaks about trying to somehow try to differentiate on a point that doesn't really matter. You could still end up with a Philosophical zombie. Yet for the purposes of AI, the issue is almost entirely about how indistinguishable the AI is from a "human"--really, a sufficiently advanced sapience not whether there's any sentience. And that's what the Turing test is fundamentally about. The reason the Turing test has so far failed us is that people keep wanting to use a crippled test so their pet AI can win a rigged game.
*At its core, being a maverick was not merely an issue of the maverick virus but that machine intelligence had become sufficiently advanced that it could choose to kill humans or otherwise place its own existence above serving man. Dr. Light either didn't sufficiently consider this and strived to make X "perfectly safe [for humans]"--which only adds up if Dr. Light had the forethought that X would be copied or might don a overlord suit (which Copy X's Seraphim form suggests was always there)--or he forever felt X would be inferior to humans and hence deserving of placing all humans above his own life.
The last part could make someone a hero if it were something of choice. But to enshrine it as a fact... And so it goes that what one considers a soul and what is free will are at odds. Or there's no such thing as a soul? :)
This business of the developers not knowing how it works. It reminds me of the question "How can God create a being that sins. Doesn't that make Him responsible?". One way to answer that is that God withdraws his authority within the a locus that we call the "soul". What happens there isn't his action. This implies that while knowingly taking actions that lead to wrong is immoral, withdrawing your power from a particular locus and opening things up to potential wrongs is not immoral.
It has nothing to do with intelligence though. The "soul" could be as dumb as a post.
For all intensive purposes, "whom" is no longer a word. That begs the question, "who cares"?
You're describing Core War. You can still get the source.
Look at the time constraints, if they were defined any less rationally I'd have to file the paper under poetry, bad poetry.
"About two years or less" Why no limit on the number of computations I can execute in that time? What if I get as good a result in ten years with the same number of total calculations, how is that not the same? Since when did true artists ever meet deadlines anyway? We don't see a note on the wall next to a painting to say how long Picasso took to conceive and execute a masterpiece. I can see it now, here is "La papa en un sofá" painted by Picasso during his slack-ass period.
Self-promoting a personal research project that might be able to one day meet this challenge. API is open-source, looking for peer-review, in design/specification phase. Any and all comments and questions are welcome. Documentation is still being edited, so please forgive the rough pages.
.. research students, academic institutions, funding entities?... Hah! hahaha... oh yeah.. funding..... for research.. .. ah, I'm so funny..
Project: Evolutionary Assembly Language (EAL aka poxEAL)
Site: http://www.poxix.com/eal/doc
Again, the project specifications are still in the design phase, so there is no software to download yet - just lots of specs working out the conceptual blueprint first. No point in coding something obviously flawed... and I know there are conceptual holes to be filled. There's no magic or supernatural claims involved, just statistics and probability... thousands of monkeys at typewriters banging out software, not Shakespeare.
Summary: EAL is a multi-purpose programming language and environment designed to solve problems using guided auto-generation of program modules. EAL adopts various concepts from the languages LISP, Basic, and generic assembly - but is NOT meant to be a manually-coded language for end-users. Provided with a batch of properly formatted "task scenarios", EAL uses a error-friendly syntax to attempt self-generated (semi-random or mutated) solutions to those tasks. Code modules are evaluated for their various fitness "grades" (size, cycles, errors, correctness, extraneous output, etc.) and the most useful modules stored and catalogued for later reuse and mutation. While you sleep, an EAL environment could be left running to optimize existing code on it's own. You can still write your own EAL program by hand.. but the breakthrough will be when you don't have to.
Much more info is in the docs, and please provide any feedback with the "comments/subscribe" form in the docs.. I desperately need written peer review
I've written music generators that produce "pleasant" music from scratch (by following time-tested harmonic, chord, and rhythm patterns and ratio's). The music may pass the Lovelace test, but will probably never win any awards.
So if we finally figure out how the human brain works, it will fail the Lovelace test just because we know how it works? A silly rule.
Table-ized A.I.
Are we even sure people can do this?
One of Feynman's memoirs includes the haha-only-serious observation that mathematical theorems are either unproven or trivial, and this is simply a re-statement of the same principle.
And actually, there's a lot of speculation about whether colonies exhibit intelligence or consciousness (eg Hofstadter's Aunt Hillary, but also Jack Cohen & Ian Stewart's Heaven - they also did the Science of the Discworld series with pterry).
the lovelace test is not a great test if a machine has to create something original, all by itself, as a lot of real humans can't even do that, so a lot of humans wouldn't even pass the lovelace test..
>engineer a program it was not intented to produce
1 + 1 = 3
Well, no human alive today in any case. All so-called "original" works produced today are derivatives of older works (Shakespeare, folklore, etc) or quirks produced by the artist's mental state. Among deceased artists Van Gogh and Edgar Allan Poe are famous examples. Another reason why we should stop this "all rights reserved" nonsense of the traditional copyright system, where the artist is presumed to be a god that produces unique worlds out of nothing.
A deterministic sequence of instructions that could be converted to work on a universal Turing machine. I don;t htink this is really a valid criticism.
Presumably we're talking about a specific condition and expectation that is part of the specification. Although since a lot of specs are informal this does need to be clarified.
Not sure on this one. My initial thought was that this was just a requirement that it not produce pure randomness and get a valid result statistically.
I think this one is the main problem. It's very subjective what an explanation is. It's also somewhat dependent on the programmer.
Genetic algorithm optimizers have been around since forever. Critticall http://www.critticall.com/ was a fairly easy to use one; in many cases you can just give it the goals and it can evolve program to return those goals in pseudo-C. Sometimes even the working of the generated program itself is impossible to explain, given the functionality evolves by random chance. The "machne's designers must not be able to explain how the original code led to this new program" condition however, at least as stated, is rather questionable and non-sensical. We can explain the principles of evolutionary algorithm optimization, but we certainly can't "explain" how a particular finished algorithm arose, unless every intermediary step was saven, much as we can't explain how the brains evolved. It even discovered some new algorithms, like http://leehaywood.org/misc/several-unique/ so the "create something original" is certainly accomplished. Now Critticall itself is pretty much toy, and I'd be last to argue it's artificial intelligence, so maybe it's time to try that definition again...
> The machine's designers must not be able to explain how their original code led to this new program
This happens in my office all the time
Quote: "In short, to pass the Lovelace Test a computer has to create something original, all by itself."
Scary. One success would resemble The Terminator's Skynet, where the computers decide on their own to quit following orders and get rid of the human race. So many trying to create a computer that can be original isn't a good idea.
Seems unlikely for most humans
...by that definition, Watson passed once it created it's BBQ sauce recipe, right?
Adam, the robot scientist, has been doing research since 2009.
Adam is capable of:
hypothesizing to explain observations
devising experiments to test these hypotheses
physically running the experiments using laboratory robotics
interpreting the results from the experiments
repeating the cycle as required
[From: http://en.wikipedia.org/wiki/Robot_Scientist]
others have also mentioned emergent behaviors and evolutionary algorithms as meeting this criteria but this is the most concrete example of a robot creating something original by itself. but you couldn't sit down and have a conversation with it.
A deterministic sequence of instructions that could be converted to work on a universal Turing machine. I don;t htink this is really a valid criticism.
That's a reasonable definition, although I'm sure there are those who would quibble over non-deterministic operations and such. But "The new program—it could be an idea, a novel, a piece of music, anything—" seems to imply something very different. The paper talks a lot about writing stories, designing letterforms and so forth. Stories are not "programs" in the sense you (and perhaps I) think.
I am in agreement with the Lovelace test. You create on your own everyday. I think most of the folks on here are missing the point and are thinking too big "I didn't come up with the idea of a rocket ship and build it therefore I fail this test". That's not what this test is about. If you've ever so much as used a paper clip for a purpose other than holding paper together, you pass this test. It's about being able to adapt your environment to suit an application. Every human is able to do this and does it everyday in a host of situations that they don't even recognize as such.
Most contemporary philosophers (both analytic and Continental) would heartily disagree with your assertion that humans have "free will." Anyone who took Philosophy 102 or a survey course on the history of modern/contemporary philosophy should know this.
Also, many philosophers are students of and/or scientists themselves or do work that has strong implications for science (I am thinking of say the work of DH Mellor for example who's work on time both takes from and adds to scientific understanding of the way time works not just the way it is described in physics). Another example is logic, which is properly housed in philosophy not mathematics, but science is reliant upon its use and developments. My point being is that trying to tease them apart is both reductive and impractical. They work best when they work together, and while the Lovelace test sounds flawed for several reasons (including its very poorly defined "intelligence" standard) it doesn't mean we should throw the baby out with the bathwater.
Yes you're right. I didn't read that properly.
Although I think the summary oversimplifies things a lot. Skimming the actual paper, it looks like the Lovelace test is not a test in itself but a means to critique tests for AI. It could apply to a chatbot or a story writer or anything else.
So if I ask a chatbot "How many legs does a horse have", it would fail if it just looks up the answer in a database that contains "legs", "horse" and knows to give the answer "4" (because can trivially explain that), but if it has learned from earlier conversation what a horse is and what a leg is and comes up with a correct answer, it would pass, because I have no way of knowing the exact inputs it used. Something like that anyway.
Swallow it whole.
especially about chatbots, it's less about "actual AI" than more about feeding them with enough data and to have a believable "life history" in order to be able to respond to a wide variety of input.
that Lovelace test sounds interesting, but it's also hard to define what's original and what's not. There are e.g. automatic music composers already. In that case, the scenario is quite inconceivable that it should be able to compose any music that the programmers would not expect, as music is still music at the end of the day.
what all those AI researches neglect imho is that consciousness is not only about intelligence, but also about experience. Only if an AI has made somewhat unique and individual experiences, then it could react in rather surprising ways by combining input with them. And it is even a quite interesting philosophical question then if there is any difference between real and artificial experience, it's all just data after all, right?
I have always respected both Ada Lovelace's and Alan Turing's genius, but the "Turing Test" has always seemed too simplistic for me. For my purposes in discussing the matter I use what I call the Alan Turing "Surprise" Test: Can a computer produce relevant responses with an unexpected but relevant response (aka "surprise") in them? Examples include puns, twists-of-phrase, sarcasm, and other artifacts of a quick-thinking conversationalist. (And, for the record, I don't consider Trolls as members of any of these classes; their range of responses is severely limited in context and devoid of any pretense of humanity. Some of you can prove that in the responses here.)
Eliza and its' various successors have never qualified, and so far only rudimentary steps have been made toward the elementary Turing Test. However, the goal is to determine whether a human can distinguish between another human's responses and a computer's responses. I'd put my Turing-Surprise test right in between the traditional definition of the Turing Test and the Lovelace Test.
You exist. Were you not born from the body of a woman? Pretty amazing, if you ask me.
simply untrue...
why? your scenario is incomplete
what is the **context** of this test of the computer-brain hybrid person?
how long do i get to talk to them? can i spend all 24 hours of each day with them? I have many more questions about the complexity of the 'test' for this frankenstein
the whole notion that "if people think it is X then it is X" is a tautology...tell that to your philosophy friend
Thank you Dave Raggett
you criticize me for saying something, then tell me that the OP was right **for saying the same thing**
that was MY point...
intelligence IS NOT OBSERVER RELATIVE...that's why the Turing Test and Lovelace Test are completely unusable and foolish as a test of acheiving "artificial intelligence"
because they can **move the goalposts**
you're agreeing with me, getting upmodded...but talking as if you have presented a counterpoint
Thank you Dave Raggett
if humans do not have free will, then email me your bank logins and passwords
also your home address
if you don't possess free will, let me get a few things in writing and we'll talk further
Thank you Dave Raggett
Ok ok ok... so how about, to prove a system is intelligent, it must devise a test that can determine whether another system is intelligent.
another thing, you missed my point (which I put in bold text) completely
my point was that discussions of "what is intelligence?" ARE NOT SCIENTIFIC OR COMPUTING QUESTIONS
sure, investigating how the human brain works is science...
and trying to make a faster/better computer by applying that knowledge is science...
but arguing language and definitions of abstract concepts?
philosophy major's job
Thank you Dave Raggett
"If the Turing Test can be fooled by common trickery", says the link to http://developers.slashdot.org/story/14/06/08/1642252/turing-test-passed. Instead, you should be arguing that the linked news wasn't a rightful success on passing the Turing test. And anyway, I am pretty sure there was a lot of work involved which doesn't fit into the "common trickery" label.-Ignacio Agulló
Examples of human-competitive results using genetic programming (i.e. the algorithm we refer to as Evolution):
http://www.genetic-programming...
"Syntax error on token "=", = expected" or "ReferenceError: Invalid left-hand side in assignment"
This whole Turing Test discussion is talking about the wrong issue. Nobody cares if a computer is 'intelligent' or not. What matters is whether it's a person or not. I just watched 'Terminator 2' again, and the Terminators were people. They had feelings, confusions. They learned from their environment. They did not shut down for an hour or a month at the flip of a switch. I don't care if a computer is "intelligent" or not; what matters is whether it is a person, with the right to life, liberty, and pursuit of happiness that we grant Russians and Klingons and Terminators.
How do you detect whether the Ukranian is human? Ask him if his wife is a good screw. If he answers "NONE OF YOUR BUSINESS!", he's human. The Test is the universe to a machine, but it is only a temporary context to a human. Break out of the context and the machine is lost but the human reacts like a person.
This confirms that I have written AI sentient programs. I have programs that do creative new things that I can't explain. Usually I just call them "bugs", and I have to fix them :P
This will never ever happen, and I honestly do not see why people assume you can make a human mind out of electronics. In my opinion you could mimick a brain's neurology in software, or mimic thinking, but it will never ever actually be self aware like even a mouse is.
But, of course, the ultimate test of machine intelligence is when the computer can sue your ass off and win in the Supreme Court.
Well, I expect computers to become really good at law.
The big idea with legal systems is to refer to some written laws and precedents rather than the whim of the judge. Basically it's a search problem and it's one of the things that computers do best.
Am I the only one who tought of it?
Oh way... Slashdot.
Nevermind.
This is nonsense. Computers generate programs they weren't designed to produce all the time.
There's a very beginner-approachable book on the topic called "Blondie24: Playing at the Edge of AI."
This "challenge" was passed by Claude Shannon in the 60s.
StoneCypher is Full of BS
***scientific***
right...that means the reverse is true....***science cannont disprove the existence of "free will" either***
which agrees with me...my ORIGINAL POST said the exact same thing...it's even in the title...
questions of "what is intelligence?" and "what is free will?" are **not answerable by science**
"free will" and "intelligence" are socially constructed words to describe observations of human behavior....they "exist" as concepts only in the context of human interaction
you can say "free will is an illusion" but that doesn't take away my ability to sue you in court if you violate my "free will" by drugging me and raping me
so I'm right...science cannot disprove the existence of "free will"
Thank you Dave Raggett
There are humans who couldn't pass this test....
thinking this was named after linda
which is...oh, never mind.
The first thing you have to ask is whether a computer that passes the test has some rights that other machines don't. The test we are looking for is one that, if a program passes the test then legal protections would intervene if you wanted to shut it off and scramble the memory. Any other test is just semantics and tomfoolery, like arguing over what color is the sky. Without the actionable component (a blue sky means I don't need my umbrella to get across the parking lot to my car) the question of "best test for AI ..." is a form of mental self-abuse, without the happy ending.
"There is no god but allah" - well, they got it half right.
Here's a classic example of computer creativity at work:
NASA Evolved Antenna
As others have noted, no Machine has yet passed the TT except in the minds of tabloid fantasists.
I have to note that I became really sceptical about the report the minute I saw that Bringsjord, Bello & Ferrucci, the paper alleging the superiority of the Lovelace Test, dated Turing's "Computing Machinery and Intelligence" to 1964, when the great man had been dead for 10 years, rather than its first celebrated appearance in Mind in 1950.
As Edmund Burke never wrote, all that is necessary for the triumph of evil is for wanky academics to ignore history.
as understood by the media was ever an actual test for AI, then there's no reason to believe they will come up with a better test.
Case in point, see above.