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Weather Reports Could Soon Be Read by ROBOTS: Computers Learn to Mimic Humans When Compiling Forecasts

BBResearchers from London and Edinburgh are developing a computer that can collate meteorological information and then produce forecasts as if they were written by a human.

Useing a process known as ‘natural language generation’ (NLG), it has the potential to one day be used in humanoid robots on our TV screens . . .

Typically, the program starts with statistics and figures, or any information that isn’t written in language. This includes tables of numerical data or a collection of entries in a database.

Alternatively, NLG will rephrase a block of text to make it easier to read and understand.

It is often referred to as a translator that converts computer speak into natural language, which is tricky for computers due to variances in tone and grammar. (Read more from “Weather Reports Could Soon Be Read by ROBOTS: Computers Learn to Mimic Humans When Compiling Forecasts” HERE)

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“Summoning the Demon”: Robots with Artificial Intelligence May Eventually Turn People into Pets [+video]

elonRobots will use humans as pets once they achieve a subset of artificial intelligence known as ‘superintelligence’.

This is according to SpaceX-founder Elon Musk who claims that when computers become smarter than people, they will treat them like ‘pet Labradors’.

His comments were made in a recent interview with scientist Neil deGrasse Tyson, who added that computers could choose to breed docile humans and eradicate the violent ones.

Elon Musk has already likened artificial intelligence to ‘summoning the demon’.

But in his latest interview, Musk said his fears revolve around something known as superintelligence. . .

Musk also said humanity needs to be careful about what it programs superintelligent robots to do. (Read more from “Robots with Artificial Intelligence Could Turn People into Pets? [+video]” HERE)

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Rise of Artificial Intelligence is Already Creating Real Robot Romance

Lego heartConvincing people to have a romantic relationship with a computer might be easier than it sounds. At this year’s SXSW in Austin, Texas, a chatbot on Tinder convinced a number of users that she was a cute 25-year-old woman eager to strike up a romantic relationship. Too bad “Ava” turned out to be just an Instagram account for a character in an upcoming film (“Ex Machina”) about the implications for romance in the era of artificial intelligence.

In many ways, “Ava” was playing a simplified form of Alan Turing’s famous “imitation game” by trying to convince human conversational partners that it was human — or at least human enough to get Tinder users to watch a trailer for a movie. In one conversational exchange captured by AdWeek, Ava used a typical chatbot tactic — keeping a human off-balance by asking questions you wouldn’t expect from a computer (“Have you ever been in love?” and “What makes you human?”) — to convince male, techie-hipsters at SXSW that she was a real woman.

We’ve already seen evidence that carrying on a relationship with a bot is easier than it sounds. Consider the Invisible Boyfriend (and Invisible Girlfriend) experience, which really started as a clever way to use technology to cover up a lack of a romantic significant other. It turns out the experience was so addictive that people started to fall for the Invisible Boyfriend bot — even when they knew the whole relationship was made up — and paid for — from the beginning.

In an era when teens rely so much on text messages to launch, maintain and end relationships, it’s perhaps no surprise that a bot experience such as Invisible Boyfriend or Ava could take off. If you think about the typical teen romance carried out via text message these days, it’s essentially a chatbot experience powered by a really powerful computer — the human brain. The witty reply, the shared insider lingo between two lovers, the concerned text from a lover demanding a rapid reply — this could all be simulated by an artificially intelligent chatbot.

No wonder AI thought leader Ray Kurzweil has suggested that a real-life human-AI romance might be possible in as little as 15 years. In his review of the 2013 Spike Jonze film “Her” (in which the character played by Joaquin Phoenix carries on a romantic relationship with a disembodied operating system called “Samantha”), Kurzweil said he expected similar types of advances by the year 2029: “Samantha herself I would place at 2029, when the leap to human-level AI would be reasonably believable.” (Read more from “Rise of Artificial Intelligence Is Changing Attitudes on Robot Romance” HERE)

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After Terminator Arm, DARPA Now Wants Implantable Hard Drive for the Brain [+video]

TerminatorAn experimental Pentagon program has already developed two types of a highly advanced, Terminator-like prosthetic arm.

What’s more, a quadriplegic woman with sensors implanted onto her brain controlled one of the robotic limbs to grab a cup, shake hands and eat a chocolate bar. She even flew an F-35 Joint Strike Fighter simulator using just her thoughts.

Now, the Defense Advanced Research Projects Agency (DARPA) wants to expand on that cutting-edge work to build other potential breakthrough medical technologies, including a pacemaker-sized device that might someday improve the memory of troops who suffered a traumatic brain injury. Think of it as a hard drive of sorts for the brain.

“We know we need a next-generation device that doesn’t exist today,” said Justin Sanchez, a program manager in DARPA’s Biological Technologies Office in Arlington, Virginia. “That’s what these new programs are all about — not only understanding the brain and these conditions, but building the hardware that enables us to address those issues. You need both. (Read more from “After Terminator Arm, DARPA Wants Implantable Hard Drive for the Brain [+video]” HERE)

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The Arrival of Robot Crime: Twitter Bot Makes Death Threats, Police Question Owner

By Kashmir Hill. Robots are starting to break the law, the law is trying to figure out what to do about it, and it all seems to be happening in Europe. Last month, Swiss authorities seized the Random Darknet Shopper art exhibit which included weekly purchases made by an automated bot given Bitcoin to surf a Dark Web marketplace. (It mainly bought drugs.) This week, police in the Netherlands are dealing with a robot miscreant. Amsterdam-based developer Jeffry van der Goot reports on Twitter that he was questioned by police because a Twitter bot he owned made a death threat.

Van der Goot’s bot used his own tweets as fodder, taking random chunks of them and trying to recombine them into new sentences that made sense. According to van der Goot, the bot tweeted something that sounded like a threat which mentioned an upcoming event in Amsterdam. Best of all, the bot was responding to another bot, according to van der Goot. He is not identifying the bot and says he has deleted it, per the request of the police. If this is not a hoax, this may be the first time police had to respond because of a robot-on-robot threat of violence. (Read more about the death threat from the Twitter bot HERE)


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Who Do We Blame When Robots Make Death Threats?

By Kashmir Hill. Last week, police showed up at the home of Amsterdam Web developer Jeffry van der Goot because a Twitter account under van der Goot’s control had tweeted, according to the Guardian, “I seriously want to kill people.” But the menacing tweet wasn’t written by van der Goot; it was written by a robot.

The police didn’t press charges. They just asked van der Goot, 28, to delete the account. The bot account only exists now as a cached page; the offending tweet has completely disappeared from the Internet’s surprisingly imperfect memory. It was a brief blip in the Twitter OMG machine, but the episode raises a fascinating and increasingly pressing question in these times of independent algorithms: Who is to blame when a robot does bad things? . . .

In this case, the bot itself got punished. It was killed off by its owner for its transgression at the urging of police. In the robot world, you can get the death penalty for a speech offense. Harsh! Who will stand up for robot civil liberties?


“Information by itself can commit a crime now,” Calo said by phone. If it is indeed a crime. A Twitter bot saying it wants to kill people isn’t really a threat because that bot can’t show up with a gun in a dark alley. (At least not yet.) But somebody on the receiving end of that threat could take it seriously not knowing that it’s a blustering bot. Here in the U.S., a yet-undecided Supreme Court case deals with exactly this issue: whether a man’s Facebook post with violent Eminem lyrics — that was interpreted as threatening by his ex-wife — is a true threat that can get him into legal trouble if he didn’t actually intend to hurt her. It would be much easier for American bots (and their owners) if the Supreme Court rules that empty threats are constitutionally protected.

I asked Calo if he thought any humans should take the fall for van der Goot’s bot, if it came to that. “I don’t know,” he said. “The law has to come up with a thing to do. It would probably look at the person who put the technology into play. (Ed. note: bot owner van der Goot.) If someone builds a general purpose tool — Ed. note: bot builder Hertling — you can’t go after them. In criminal law, you can’t go after person breeding a dangerous dog, but the person who lets it loose.” (Read more from this story HERE)

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Barack Obama Bows to Japanese Robot (+video)

Photo Credit: AP

Photo Credit: AP

During his visit to Tokyo, President Obama had a chance to meet ASIMO, a Japanese humanoid robot.

ASIMO, an acronym for Advanced Step in Innovative Mobility, exchanged bows with the president before demonstrating that it could kick a soccer ball.

Read more from this story HERE.

Robot Bird Mimics Flight of Actual Bird, May be Used for Surveillance (+videos)

Several weeks ago, Professor SK Gupta of the University of Maryland finally had a breakthrough in design on a robot bird that he and his students had been working on for eight years. The end result is a flying robot that is almost indistinguishable from a bird.

Professor Gupta explains:

Our new robot is based on a fundamentally new design concept. We call it Robo Raven. It features programmable wings that can be controlled independently. We can now program any desired motion patterns for the wings. This allows us to try new in-flight aerobatics that would have not been possible before. For example, we can now dive and roll.

The new design uses two actuators that can be synchronized electronically to achieve motion coordination between the two wings. The use of two actuators required a bigger battery and an on-board micro controller. All of this makes our robotic bird overweight. So how do we get Robo Raven to “diet” and lose weight? We used advanced manufacturing processes such as 3D printing and laser cutting to create lightweight polymer parts to reduce the weight. However, this alone was not sufficient. We needed three other tricks to get Robo Raven to fly. First, we programmed wing motion profiles that ensured that wings maintain the optimal velocity during the flap cycle to achieve the right balance between the lift and the thrust. Second, we developed a method to measure aerodynamic forces generated during the flapping cycle. This enabled us to quickly evaluate many different wing designs to select the best one. Finally, we had to perform system level optimization to make sure that all components worked well as an integrated system.

Robo Raven will enable us to explore new in-flight aerobatics. It will also allow us to more faithfully reproduce observed bird flights using robotic birds. I hope that this robotic bird will also inspire more people to choose “bird making” as their hobby!

Robotic birds (i.e., flapping wing micro air vehicles) are expected to offer advances in many different applications such as agriculture, surveillance, and environmental monitoring. Robo Raven is just the beginning. Many exciting developments lie ahead. The exotic bird that you might spot in your next trip to Hawaii might actually be a robot!

Weird Science: Quadcopter Robot Controlled Using Only Brain Waves (+video)

Photo Credit: YouTube

Researchers at the University of Minnesota have demonstrated that brain waves can control the movement of a quadcopter, flying the robot up, down, forward, backward and through hoops.

Using only a skull cap with electrodes that picks up on the brain activity – not a fancy or invasive chip implanted in the brain — the researchers hope the idea could someday be used for people who don’t have the ability to speak or control their limbs.

It may even help patients with conditions like stroke or Alzheimer’s disease. We’re now studying some stroke patients to see if it’ll help rewire brain circuits to bypass damaged areas,” Karl LaFleur, first author of the study and senior biomedical engineering student who is going on to medical school, said according to the university.

Read more from this story HERE.

Japanese Engineer: That’s not a Robot, that’s my Girlfriend (+video)

Photo Credit: Aubrey BelfordRobotics in many parts of the world is driven by military aims. Pacifist Japan takes a different approach: This is a digital love story.

Osamu Kozaki’s life in Tokyo is, by his own admission, often a lonely one. The 35-year-old, an engineer who designs industrial robots, has had few relationships with women in his life. Those few have almost always gone badly.

So when Kozaki’s girlfriend, Rinko Kobayakawa, sends him a message, his day brightens up. The relationship started more than three years ago, when Kobayakawa was a prickly 16-year-old working in her school library, a quiet girl who shut out the world with a pair of earphones that blasted punk music.

Kozaki sums up Kobayakawa’s personality with one word: tsundere – a popular term in Japan’s otaku geek culture, which describes a certain feminine ideal. It refers to the kind of girl who starts out hostile but whose heart gradually grows warmer. And that’s what has happened; over time, Kobayakawa has changed. These days, she spends much of her day sending affectionate missives to her boyfriend, inviting him on dates, or seeking his opinion when she wants to buy a new dress or try a new hairstyle.

But while Kozaki has aged, Kobayakawa has not. After three years, she’s still 16. She always will be. That’s because she is a simulation; Kobayakawa only exists inside a computer.

Watch video here:

Read more from this story HERE.

Extraordinary Humanoid Military Robot Can Climb Stairs, Operate in any Terrain

For anyone who was relying on being able to escape from a robot simply by climbing stairs, it could be a bone chilling sight.

[US researchers] have revealed astonishing footage of a human-like robot able to walk, jump and run over almost any obstacle in its path.

Eventually it is hoped the technology could be used to create a new breed of robotic soldiers able to operate in any terrain, and robots capable of being sent into dangerous disaster zones deemed impossible for humans to enter.

The amazing robot, called proto-pet, is expected to be one of those competing in the DARPA Robotics Challenge (DRC) which was announced today.

The US military funded challenge is for robots who can operate entirely by themselves. Read more from this story HERE.

Here’s a video of the amazing robot in action: