Artificial Intelligence developments: the year in review

TechCrunch, a popular site dedicated to technology news, has published a list of the the top Artificial Intelligence news of 2016.

2016 seems indeed to have been the year Artificial Intelligence (AI) left the confinement of university labs to come into public view.

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Several of the news selected by TechCrunch, were also covered in this blog.

In March a Go playing program, developed by Google’s DeepMind, AlphaGo, defeated 18-time world champion Lee Sedol (reference in the TechCrunch review).

Digital Art, where deep learning algorithms learn to paint in the style of a particular artist, was also the topic of one post (reference in the TechCrunch review).

In May, Digital Minds posted Moore’s law is dead, long live Moore´s law, describing how Google’s new chip can be used to run deep learning algorithms using Google’s TensorFlow (related article in the TechCrunch review).

TechCrunch has identified a number of other relevant developments that make for an interesting reading, including the Facebook-Amazon-Google-IBM-Microsoft mega partnership on AI, the Facebook strategy on AI and the news about the language invented by Google’s translation tool.

Will the AI wave gain momentum in 2017, as predicted by this article? I think the chances are good, but only the future will tell.

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Human rights, animal rights, and robot rights.

An interesting article, in the New York Times, discusses the question of the rights of animals and robots.

The article describes the demise of Harambe, a gorilla from the Cincinnati Zoo, killed when a young boy fell in the moat that was part of the habitat that Harambe shared with two other gorillas. When they felt the boy was in danger, the zookeepers shot the gorilla, in an effort to save the life of the boy.

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Angry protesters complained that shooting the gorilla was a violation of his rights. Discussing the rights of gorillas is particularly eerie because gorillas are so close to us. They are among our  nearest cousins, having separated from humans a mere  7 million years ago.

Today, these musings have another worrying side. We view ourselves as owners and sometimes protectors of the lower animals. Soon, however, robots may view ourselves in the same way we view gorillas, or other animals. Should robots be allowed to kill humans, if and when they endanger other humans or other animals? What are the moral questions at stake here? When is it legitimate to kill a human or, for that matter, an animal? And what about the rights of robots? It is ok to terminate them, as long as they are not sentient?

The key question is: how inhuman is it to kill an animal or to terminate a robot? Does it depend on the level of sentience the animal or the robot has? Most people believe lower animals are not conscious, but the jury is still out on that question. Are bats conscious? Do they experience some sort of consciousness when they fly in the dark, sensing the environment with ultrasounds? Can we ever get to know that is feels like to be a bat?

Thomas Nagel article ““What Is It Like to Be a Bat?”, discusses exactly this subjective aspect of consciousness, concluding that we can never fully understand what consciousness is, from the subjective point of view of the entity living the experience. Other philosophers, such as Daniel Dennett disagree, and believe that consciousness can, and will be, understood, since it is nothing more than an emerging phenomenon, a result of the operation of complex systems.

Illustration by Nishant Choksi, for the New York Times.

 

Black Mirror, a glimpse of the (near) future

 

If you didn’t yet watch any episodes of Black Mirror, a British series created by Charlie Brooker, go and fix that now. The 12 episodes of Black Mirror have been rated by The Wrap from “Good” to “Mind Blowing”, and they all cover the anticipated and non-anticipated consequences of new technologies.

According to the series creator, “each episode has a different cast, a different setting, even a different reality. But they’re all about the way we live now – and the way we might be living in 10 minutes’ time if we’re clumsy.” 

The series analyses, sometimes in excruciating ways, how new technologies, such as social networks, virtual reality, genetic engineering, and artificial intelligence, can lead to unexpected, if plausible, lifestyles, problems and challenges.