Our current artificial intelligence can already pass the Turing test.
The Turing Test is a thought experiment proposed by the English computer scientist Alan Turing to test whether machines can exhibit a level of intelligence close to that of humans.
Simply put, if a machine can engage in conversation with humans without being identified as a machine, then that machine is said to possess intelligence.
Under Wiles' leadership, the artificial intelligence initiative has progressed rapidly.
The artificial intelligence they created, named Ameca, has already managed to fool nearly 50% of people in conversations.
In other words, about 50 percent of people cannot recognize that what is being communicated via communication tools is artificial intelligence.
Normally, this result would be enough for the English media to give it a big shout-out, as yet another piece of evidence that England is leading the world in the field of artificial intelligence.
However, if the rewards are announced, it might encourage competitors to accelerate their progress, which would be undesirable.
Therefore, this news was kept secret from the public.
Even if someone chats with Ameca via WhatsApp, regardless of whether they realize that the person on the other end of the chat window is a real person, the researchers will not tell them the truth.
If the other party realizes that Ameca is an artificial intelligence, then he will lose the opportunity to chat with Ameca.
If he doesn't realize it, then Ameca will keep talking to him until he does.
The longest we've talked so far is over three months; that person is a shut-in who's usually obsessed with Japanese anime.
Even though England and Japan have fallen out in the international mainstream media, it does not affect his love for Japanese anime in the slightest.
This person has been chatting with Ameca for so long that they practically consider her the perfect chat partner.
The researchers involved in the Ameca experiment suspected that the other party knew Ameca wasn't a real person, and this very fact made him even more eager to chat with Ameca.
"We aim to pass the full Turing test this year, and then prepare to try the Haiber test again."
The technologies that can pass the Turing Test include only natural language processing, knowledge graphs, reasoning, and machine learning.
To further refine the requirements for artificial intelligence, scientists added two other requirements to the Full Turing Test: computer vision and robotics.
"I don't think we need to add robotics; Merlin won't come to see our AI technology in person. Computer vision is enough."
"After submitting the program twice before, it failed both times, and Merlin didn't tell us why it failed."
"The Haier test feels like a black box; we submit the code, and then Merlin returns a result to us."
So far, at least, all we've gotten has been failures.
We need to think carefully about whether our direction aligns with Merlin's requirements.
"Although this is possible, fundamentally, the definition of artificial intelligence is consistent, and even if there are deviations in direction, they will not be far apart."
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