Posts Tagged ‘Robothespian’

Robots at the Philippe Plein Fashion Show in Milan

December 27, 2016

And Courtney Love, always assuming that she isn’t an android, of course.

I’ve got zero interest in fashion, but this is interesting as it’s stuff of Science Fiction today. I found this video of a fashion show in Milan for the designer Philippe Plein. This was based very much around robots. As you can see, Courtney Love and the models don’t come down a catwalk, but instead move along a conveyor. The music is provided by the German robot heavy metal band, Compressorhead, as well as a recording of Kraftwerk’s The Model, appropriately enough. Kraftwerk saw themselves as engineers of sound, and have performed with robots on stage themselves, or rather, with robotic versions of themselves, as well as cultivating a very robotic image themselves personally. A few years ago one of them published his autobiography, entitled I Was a Cyborg. As well as the robots of Compressorhead, there are big industrial robots moving about the stage filming the proceedings.

The Italian Futurists of the early 20th century would have really dug all of this. They were a militant artistic movement which celebrated war, masculinity, the new machine age and the speed of modern mass communication, like cinema newsreels, newspapers and radio. Their founder, the poet Marinetti, celebrated the motor car as ‘more beautiful than the Battle of the Samothrace’ in his Founding and Manifesto of Futurism, and declared that his movement ‘looked for the union of man and machine’. They dreamed of creating a world of biomechanical toys, designed ‘noise machines’ to be used in their musical concerts, and wrote pieces like The Agony of the Machine. One of their plays was about the love of locomotive for its driver. Plein’s fashion show clearly isn’t about aggressive masculinity, but feminine style. Nevertheless, the performance by the machines does take part in the spirit of Futurism as the art of the modern, industrial, machine age.

This fascinates me, as I think that there is room for the use of robots in serious art. Indeed, a feel that artists, musicians and choreographers have made all too little use of these devices in their performances. I know that at a time there was a vogue for people performing dances using forklift trucks to music. Many of these used to appear on children’s programmes, like the awesome Vision On. But this also shows that the artistic potential offered by machines really isn’t taken that seriously. These were amusing diversions for children, rather than serious art. But the potential to use them for high art is there, as the performance art and explorer of cyborgisation, Stelarc, has shown. His performances are, however, a bit too avant-garde for most people. I think, however, that it’s possible to use robots and cybernetics in traditional artistic forms, like music, drama and dance. A little while ago I blogged about a performance of Karel Capek’s robot play, R.U.R. in Prague, by an artistic group dedicated to exploring the implications of robots, using Lego robots. There are already machines like the British Robothespian, which act as guides in science museums. It should be possible to use robots like these in more serious artistic works. The only real problem with this, however, is the cost. These robots at the moment cost tens of thousands of pounds, which makes the use of more than two of them prohibitively expensive.

While I appreciate Plein’s artistic use of robots in his show, I also found them very slightly frightening. This points to a future, perhaps only a decade or so away, in which humans share the world with increasingly sophisticated machines with a great degree of autonomy. It is no longer a wholly human world, and people have to make their way amongst these sophisticated, and physically powerful devices. I don’t believe we’ll ever see a robot revolution, like R.U.R. or The Terminator, despite the pessimistic forecasts of Kevin Warwick in his March of the Machines. But this does seem to prefigure a future in which humanity has to share the planet with its mechanical creations, who have surpassed it in physical power.

Poppy: 3D Printed Open Source Robot

October 27, 2016

I’ve put up several posts this week about robots and robotics, discussing the ultimate origins of H.B.O.’s WestWorld in Karel Capek’s 1920 play about a robot revolt, R.U.R. This has been performed using real, lego robots, and a short speech about the play given by a British robot, Robothespian, by Café Neu Romance at the National Technical Library in Prague. Robothespian also appeared on the BBC’s Breakfast TV show a couple of years ago in 2014.

The humanoids in WestWorld are less like today’s industrial machines and far more like the Replicants in Blade Runner or Capek’s original robots. They’re a kind of artificial biology created through synthetic chemistry, and produced through something like 3D printing, rather than today’s mechanical devices. Scientists are, however, exploring various synthetic materials, which would expand and contract similar to the way animal muscles move, which gives WestWorld’s humanoids a grounding in scientific fact, even if we are still a very, very long way away from such complex, truly intelligent and self-aware artificial beings.

Looking through some of the videos on robots on YouTube, I found the short video below for a small, humanoid robot, Poppy, created by a group of French scientists and engineers. This is interesting, as it shows how far robot technology has come, including their manufacturing methods, and how close we are to a true age of popular robotics. The machine is bipedal, and designed to be used as a research tool by scientists. It’s also open source and can be made at home using a 3D printer. It’s creators state that it’s a robot for everyone, and so while it can be used for serious research – the video shows the machine walking along a treadmill, for example – it is not solely for professional robotics scientists, but aimed at a popular market.

This brings the world of R.U.R. and other, similar works of SF, where everyone owns a robot, just that bit closer. Along with Star Trek’s universe, in which anything can be produced using a replicator, an idea which the late Arthur C. Clarke explored in his book, Profiles of the Future, some decades ago. Robots pose serious problems in the mass redundancies that have occurred and are threatening to become worse through their adoption in industry, as well as the possibility that they will overthrow and replace humanity as the dominant beings when their intelligence eventually exceeds ours. 3D printing also has its drawbacks and problems for the economy. One of these is how people will be able to make a living from manufacturing, when nearly anything at all can be made cheaply by anyone at home with a printer. We haven’t reached that stage yet, and possibly never will. Nevertheless, it’s a serious issue that needs careful consideration and debate.

Poppy isn’t the only open source robot available that can be created through 3D printing. A glance through some of the other videos available on this subject on YouTube shows that there are a number of them. No doubt this will grow as the technology improves and costs drop so that the technology becomes more affordable. Assuming that everyone isn’t put out of work by then as more firms decide its cheaper to employ machines than people.

Here’s the video for the Poppy robot:

Robothespian, the British Robotic Actor

October 25, 2016

Yesterday I put up a piece about a performance of Karel Capek’s classic play about a robot rebellion, RUR, at the Czech national library a few years ago by a theatre group, Café Neu Romance, using lego robots. The theatre company was the creation of Vive Les Robots, a Danish company set up to encourage public interest in robots and robotics. I said in the article that I thought it would be good if the play could be performed by full-sized robots, to give it the stature it deserves. I realise, however, that was unlikely given how massively expensive the animatronic technology is, that brings to life robotic puppets like Ry’gel from the SF series Farscape.

One British company, Engineered Arts, has created such a full size mechanical actor. It’s called Robothespian, and there are a number of videos about it on YouTube. The video below shows it, appropriately enough, talking about R.U.R. as part of Café Neu Romance, a robot arts festival, at the Czech National Technical Library in 2012.

Robothespian has also appeared on British breakfast television. In this clip from the Beeb’s Breakfast TV programme from 2014, the two presenters talk about, and sometimes to Robothespian with Dr Nigel Crook of Oxford Brookes University. The robot was created by Engineered Arts as a research project to explore the ways people interact with robots. Crook explains that it can respond to a number of voice commands, and the two presenters ask it questions such as what advantages robots have over human beings. Crook also explains that despite this ability, real intelligence is a long way off, and the problem of giving the robot the ability to hold a genuinely intelligent, wide-ranging conversation is very challenging. So right now, the machine responds giving the answers programmed into it by a human operator.

Robothespian, or Artie, as it is called, from RT – Robothespian – replies to the question about its usefulness that robots can perform simple, repetitive tasks accurately without tiring, or needing to go for breaks. They ask it if it could do their job. Its answer is that it certainly could, as all they do is read from an autocue. So when does it start?

The machine has a range of expressive hand gestures, a moving mouth, and two screens in its head, which show images of eyes. These blink, helping it show a number of expressions. They also show hearts, like those shown in the eyes of cartoon characters to indicate they have fallen in love. The two presenters are, however, advised to stand a few feet away from the robot. Crook explains it is compliant, which means that, unlike an industrial robot, it won’t blindly continue to perform a gesture if it accidentally strikes someone who happens to stand in the way. Similarly, it’s possible to pull the robot’s limbs away from where they’ve settled without damaging it. Nevertheless, the presenters were advised to stand clear of it just in case it accidentally flipped back and struck them.

As well as delivering monologues, Robothespian can also sing, giving a hilarious rendition of ‘Somewhere Over the Rainbow’, and do impressions, like Darth Vader from Star Wars. Crook explains that it was built to act as a guide at museums, festivals and exhibitions. The two presenters ask about its gender, and are told that it’s creators think of it as male, as it’s been given a male voice.

Also on the show is a little feature about a robot toy, Caspar, which is used in schools to teach autistic children. The toy was being tried out as a teaching tool as autistic people can find it immensely challenging understanding other’s emotions. They also like things in a very set order. Caspar is useful in that its responses, although intended to mimic those of humans, are always the same. For example, when it smiles, that smile is always the same smile every time it makes that expression. And this regularity and constancy of expression is intended to be reassuring and non-threatening, so that the child using it finds it easy, or easier to do so, than more conventional forms of interaction with people.

Robothespian isn’t cheap. Crook explains that it costs about £50,000. Despite this, Engineered Arts have built more than one of them. In this video from last year, 2015, two of them sing, ‘I Am Not A Robot’.

I find robots and robotics interesting, but I am very much aware of the problems they pose. There are the general philosophical issues like human identity and uniqueness – how long before they develop real intelligence and consciousness, start performing sophisticated task like creating art or composing music, or resent at their enslavement and control by humans? There are also the very real social and economic problems caused by their manufacture. The more industry is automated, the more real jobs, that could be performed by people, are lost. The Beeb a few months ago broadcast a documentary which forecast that in the next 15-20 years a third of all jobs could be lost in Britain. You can certainly see it in retail, where a number of companies have replaced human staff with self-service tills, where you scan in yourself the items you want to purchase into the machine, which then takes your money and hands you your change and receipt. If we aren’t careful, this will lead to the emergence of a society very much like that of 2000 AD’s Megacity One. Judge Dredd’s home city has, thanks to robots, a massive unemployment rate of 95% or so. As a result, most people’s lives are marked by boredom and despair, a situation brought home in the classic ‘Judge Dredd’ story, ‘Un-American Graffitti’, featuring Chopper, a teenage lad trying to escape this crushing social malaise through ever more daring pieces of graffiti artwork. 2000 AD and the ‘Dredd’ strip in particular always had a very strong element of satire and social commentary, and this was one of the most outstanding examples of the strip telling an entertaining story while also describing the real situation many of its readers faced for real due to Thatcherism.

And unfortunately, despite the boom years of the 1990s, the prospect of long-term unemployment and grinding poverty has got worse, due to globalism and the spread of neoliberalism as the dominant political and economic ideology. This will only get worse unless humanity finds ways to manage robotic technology wisely, to create jobs, rather than to the replace them.