Sony Claims First Running Humanoid Robot
News for nerds writes "Sony Corporation announced the new development of Sony's humanoid robot, enabling integrated motion control for walking, jumping and running on feet. By applying this technology Sony has created the world's first running humanoid robot 'QRIO'. Japanese PC watch has an article with pictures and movies of QRIO running at 14 meters per minute, sometimes with both feet leaving the floor (= running)."
wake me up when they create a robot that can breakdance! now that would be cool...
As we make these machines bigger and better and more like ourselves, shouldn't we also consider the possibility that they will at some point have to be assigned rights just as animals and even humans have rights?
There was a film with Robin Williams in it wherein a robot in fact reached sentience and it wasn't until after the robot's death that it was granted personhood and all the rights and privileges thereby.
Should we consider these creations of ours, no matter how sophisticated and intelligent nothing more than machines?
I have been pwned because my
Wake me up when their humanoid robot looks like a little blond boy. I mean, who'd adopt a white boxy monster named QRIO (Queerio?)
In other news, Pau Finashiwu was picked up by the local PD after an incident where he started a fight with top Sony CEO after learning he didn't get the part of wearing the new SONY QRIO body suit.
All those years of listening to Mr. Robato meant nothing now.
I think they should name it R. Daneel Olivaw the first :)
To make laws that man cannot, and will not obey, serves to bring all law into contempt.
--E.C. Stanton
It doesn't run for Governor of Kalifornia!
If you can read this sig - the bitch fell off.
here
- rale
Why? Give the robots a Kevlar skin, then load up soldiers' and Marines' rifles with training rounds. Then set the robots running around a mock battlefield to give our guys more realistic practice. We have the best hi-tech bombs and missiles in the world, but it's still boots on the ground that bring a war to conclusion.
...were reportedly.. 'Do you have stairs in your house?' Be afraid. Be very afraid.
does it run Linux?
DVD Ripping, Divx, VCD, SVCD under Linux
Since when is 14 meters per minute considered "running"? Christ, even a grossly out-of-shape human can cover that distance in a few seconds. Bad translation of the Japanese? Should we factor scale into it? Did I miss something?
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They certainly were in the Battlestar Galactica Sci-Fi premiere. Though I wouldn't worry about the invasion until you see robots with cleavage you could lose a Cylon mothership down.
It seems to me that wheels are faster than legs anyway. What is the obsession with getting robots to look and do things like humans.
I was just watching some news program (60 Minutes, 20/20 or the like) about recent Iraqi war veterans that have lost limbs in combat. Since their medical expenses are covered by the government, they were being fitted with the best prosthetics available (containing micro-processors that make adjustments based on the user's movements).
What surprised me was that although the legs did seem to work fairly well for walking, there's still a lot of room for improvement (climbing stairs was very difficult and running was out of the question). Advancements in robotics like this could be a great step forward for prosthetic limbs.
How soon before robotic limbs become so efficient that people are voluntarily amputating their legs for the better robotic counterparts?
The Red Pill
Not personally - are they friends of the Mole People and the Mud People?
Three Laws of Robotics:
Check out http://plyojump.com and its accompanying blog for very good summaries on Japanese humanoid robot developments. ( the site seems to be down at the moment, but google cache helps )
QRIO was presented already back in august, at Robodex2003. QRIO is a direct followup, "production release" for previous development codenamed SDR-4XII.
There were other bots presented at Robodex, that were able to perform jumps and even somersaults.
The most interesting two IMO, are not megacorps entertainment bots ASIMO, AIBO etc, but humanoids that are of practical use or very low-budget, like HRP-II that is able to drive a backhoe, remotely assisted
And other one, SILF developed by a single person ( student ? ) on obviosly quite a low budget. Still, the bot is able to perform jumps.
http://validator.w3.org/check?uri=http%3A%2F%2Fwww.slashdot.org Errors found while checking this document as HTML5!
But does it have real People Personality?
If so it will give weight to my theory that Sony consists of a bunch of mindless jerks who'll be the first against the wall when the revolution comes.
"Did I hear correctly? Are your newest robots running?"
"Yes sir they are."
"Then you better go catch them!"
pa-dum-cha! [boooo! hissss!]
Sometimes I doubt your commitment to Sparkle Motion.
My masters thesis is in robotics and most individuals do not comprehend how hard it is to make a bi-pedal robot walk unsupported. When you examine the biomechanics of a simple taks of walking, you quickly realize just how impressive of a feat it really is! (You parents out there know what I am talking about.) Baiscally to walk you have to fall forward and catch yourself with a leg that swings infront of you. Essentially you are in an equilibrium of falling forward and balancing yourself with your feet. Of course this is an over simplified approach and doesn't consider how your toes or balls of your foot assist. Bravo to Sony! And hopefully Honda and Sony get into a race and do some real development with each of their respective robots.
This is where fuel cells will really come in handy. All jokes aside, a robot that can down a jug of methanol (and dump its waste water) and be refuelled in 30 seconds would be vastly superior to a robot that must be tethered for an hour or more to recharge its batteries. The superior energy density and speed of "recharging" make fuel cells the way to go.
Two wrongs don't make a right, but three lefts do.
Try getting a wheeled vehicle to go everyplace you can go. Upstairs, climb a ladder, move in any direction from a dead stop. Wheel are great if you want to go fast, but legs are better if you want moderate speed and maneuverability.
Ask someone in a wheel chair what they think of wheels instead of legs.
If you look really close you can see Kenny Baker's face behind the translucent visor.
Because humans are all about competition. Don't even pretend that's not the truth. Everywhere from schools to offices to sports to global politics... everyone competes with everyone else. It's human nature.
http://www.sony.net/SonyInfo/QRIO/
And in English too!
Qrios are really neat. Running is far from the coolest thing they can be programmed to do.
Two Qrios have had a sumo wrestling match before, complete with ceremonies.
Wrong, humans are about survival.
correct we must survive the onslaught of japanese robots attacking the US.
can't we just invade them saying these robots are WMD? (danger will robinson sarcasm detected)
Building a two-legged robot that can stand and move upright is significant because it opens the door to a host of devices such as robotised prosthetics for handicapped people, exoskeletons, and so on.
But please don't take the humanoid shape seriously. It is no more meaningful than a piece of wood carved into a humanoid puppet.
Japanese technology often makes objects that are cute and play to our anrthopomorphic instincts, but two-legs/two-arms/head do not make a human any more than the aibo is a real dog.
So enough of the "robot rights" and "robot soldier" comments, these are just embarassing. Asimov wrote fiction, and humanoid robots with human rights are like nuclear-powered flying cars, they say a lot about the hopes and fears of the time, but nothing at all about the realities of the future.
As has been commented, a majority of real humans do not have basic human rights, and probably never will. Robots are machines however cute they look. Get over it.
Robot soldiers? Of course, but why on earth in such a useless configuration? The robotic armies of the future will fly, roll, crawl, dig, swim. They will not look like people: given how good we are at detecting differences between people, even imagining humanoid robots built to infiltrate and deceive is pure fantasy.
What's left? First, a wonderful gadget, a toy. I'd like some of these at my parties, fembots with all the right curves, dancing on the stage. Secondly, some very innovative and useful technology for building new kinds of motive systems, especially for assisting people who don't have the full use of their own legs.
Ceci n'est pas une signature
it can run, but can it recover well if it slips?
or will it just fall down and break?
MABASPLOOM!
[1] Robots And Empire (ch. 63)
If this robot wears rubber trousers like the Lost in Space robot, incontinence is less of a worry.
Don't blame Durga. I voted for Centauri.
World's First Running Humanoid Robot
;in fulfilling this role, QRIO will take advantage of various opportunities around the world to communicate Sony's vision of a world of dreams, entertainment and curiosity as well as introducing the technology that makes this vision a reality.
Tokyo Japan, December 18th, 2003 - Sony Corporation today announced the development of dramatically enhanced motion of Sony's humanoid robot, enabling integrated motion control for walking, jumping and running. By applying this technology to QRIO, which is one of Sony's technology platforms, Sony has successfully created the world's first* running humanoid robot.
(* As of Dec. 18th, 2003, based on Sony's investigation, as an autonomous robot with internalized control system and power supply system)
In order to achieve stable motion control for conventional humanoid robots, either one or both feet needed to be touching the floor and, from the opposing force produced by the contact with either of the feet, motion such as walking was controlled. This is the control theory based on the so called ZMP (Zero Moment Point) stable range and forms the foundation of robot motion control.
The new 'walking, jumping, running movement control' technology which Sony has developed this time accomplishes motion involving both feet losing contact with the floor at the same time, which means it is a motion control technology enabling stable running and jumping. The seamless addition of motion control based on this new technology enabling running and jumping, has lead to the development of a robot having outstanding motion capabilities.
Furthermore, together with this new control technology, in addition to powering-up and enhancing the output torque of Sony's original and unique robot actuator, ISA (Intelligent Servo Actuator), a new hardware unit suitable for the running feature has been developed. By implementing this newly developed ISA in QRIO and optimizing the new control system, Sony has successfully created the world's first running feature for a humanoid robot.
Sony will continue to utilize the QRIO platform for various technological advances, leading to outstanding entertainment robots highly suited to the co-existence with humans and to the development of various technologies which can be applied to other Sony products. In addition, QRIO is Sony Group's Corporate Ambassador
QRIO's Homepage : http://www.sony.net/SonyInfo/QRIO/
I'm not even sure the devil exists, but I am pretty sure human stupidity does: the article mentions 14 meters per minute.
Sigged!
Sony Claims First Running Humanoid Robot Hasn't Honda's ASIMO been around for a couple years? ASIMO was walking and dancing bipedal-y since it was built...maybe I'm missing something...ASIMO and this thing look a lot alike as well.
I can just see it now, Japanese porn involving QUEERIO robots and japanese school girls.
I found that on Sony's website.
So, the first thing Sony does when it creates walking robots is put them in a chorus line. If that's not a reason for the robots to take over earth and destroy everyone, I dont know what is.
What necessitates the need for granting of rights? Is it sentience? Or is it something else? I would posit that no matter what level of human mimicry our technology allows, it will at best be a mimicry. Why?
It is my belief that there is this thing called a "soul" which is the defining thing between humans and all other sentient life on earth. (There are arguments for other animals, such as dogs, dolphins, cats, etc. to have a soul, or not, but I won't go into that one for now). Considering we don't know what a soul is, how to measure it, whatever, then how can we say that a machine would have this? If we turn off a machine, it is turned off. What happens when you restart it? It comes back on (assuming it's not broken). Is it wrong to smash a (soulless) piece of machinery (considering you own it, destroying won't damage anyone, etc. etc.)? Why would a machine with "AI" be any different than a car? Just because it says "ow" when its sensors say that it is being damaged, and it starts to avoid being damaged, what is that? Single-celled organisms do that. Humans do that. But is that what makes humans special? Why is it OK for lions to kill other animals for food, but we get mad when lions kill humans? Why do we get mad when humans kill other animals for food? The troubling thing is this: the outcome of "sentient" AI will either mean that humans are simply machines as well and our laws and moral structure is simply hubris, and there is no real reason to preserve life at all, or there really is something more to humanity then the chemical mechanics of the body. There are only those two possibilities, and there isn't much grey area as far as I see it. One is full of despair, the other awe and wonder.
Mankind must come to first understand what it is that makes him different, and why, before he even thinks about granting "rights" to man's creations. After all, what is a "right" anyway but an agreement between the people with the bigger weapons to let you do something? For that is all a "right" really is in this world. Sure, that's kind of a cynical view, but it's the truth.
This is a bit off-topic, perhaps, but I posit the only "right" we have is the right to make choices. We can choose to do anything, but we must do so knowing that there are consequences. True rights cannot be taken away, and nobody can take away the ability for us to make decisions. Why? Because decisions can be made in the absence of anything else. Sure, we may be prevented from acting on our decisions, but nobody can take away the ability to make them. Sure, they can give us a lobotomy, but then what is left? (This is a possible hole in this idea that even decision-making is a right).
So, when it comes down to it, if we build robots, and start giving them priviledges (i.e., we won't shut them off for certain things and will punish others for doing so), then we have to understand what the consequences of this choice may be. And there's the old Law of Unintended Consequences to think about.... for every outcome you can forsee, there are usually (at least) two more you don't.
What I think bugs me most about this article, though, is that I want to know where I can get a job making cool robots like that!
"There are a dozen opinions on a matter until you know the truth. Then there is only one." - CS Lewis (paraprhase)
Why are the Japanese building humanoid robots? So that the robots can fit in in a human environment. Basically, they eventually want humanoid helpers for their aging population. Rather than have a separate robot for various acts, they'd rather have one robot that can use the same equipment as a human (e.g. load the washing machine, do the ironing, pick things up before it vacuums the floor).
C3PO was the first running robot!
You don't belive me? Realy, I saw it in a documentation called something with the name "Star" in it.
Grundgesetz * 23. Mai 1949 - 30. November 2007 - http://www.vorratsdatenspeicherung.de/
Compare IRobot to QRIO and tell me which one is cooler. ;-)
This is pretty cool, I guess Honda's on the run! (Sorry)
QRIO sounds like "Curio" i.e. Curious. Actually it means "Quest for Curiosity" and QRIO is also the name of a tiny Aibo-like robot Sony made in 2000 with the same exterior form. The big running robot was apparently called the SDR Series but after many changes (and names?) it got christened the QRIO as the little guy's successor. So I guess you could buy the little one and imagine it is similar to the big one.. it has some of the same technology too.
The interesting part is that the robot is really running, although not with the big strides you normally expect in human running. As opposed to walking there is actually a short timespan when both feet are in the air (20-40 milliseconds). When it lands it is really loud and you really feel like it is running. Also it is able to grab things so it can run with a ball, do a Japanese fan dance, etc. Apparently it can also get programmed to do tons of really hokey gestures.
Here are a couple links and finally a translation I made.
http://www.sony.net/SonyInfo/News/Press/200312/0 3- 060E/ A separate English press release on the big one
http://www.sony.net/SonyInfo/QRIO/ English letter from CEO with a complex Flash-based piece about QRIO (the small one), its technology, inventor, visits around the world. There is a picture of a hand knocking it over (it can get up which is cool) and the technology section is actually pretty interesting. Actually it is really confusing since you can't tell how big these things are in pictures all the time, I thought at first that this was about the big robot! The small robot uses a special actuator technology which lets it move and dance fluidly, no idea if the big one has this too.
Translation of http://pc.watch.impress.co.jp/docs/2003/1218/sony. htm
Latest News 12/18
QRIO Ran! Introducing the QRIO, Evolved by Sony
- Acheiving the first running bipedal robot in the world -
Announced Dec. 18
On the 18th, Sony held a press conference showcasing the new technology behind their bipedal robot. There, Sony announced QRIO which has newly evolved from the bipedal walking of the past into a "running robot".
QRIO is a miniature humanoid robot announced in 2000 which could walk on its two feet. At the time it was called the "SDR Series", but afterwards went through various improvements and was renamed the QRIO in September 2003.
Toshitada Doi, Executive Vice President (photo)
The technology announced today enable walking, jumping, and cruising around. According to Sony Executive Vice President Toshitada Doi, "There is a harsh competition going on around the world in getting bipedal robots to run, but the QRIO is the first standalone robot with its own control and power systems in the world that has succeeded in running."
"Running" is defined as "leg-powered change of position including an airborne state in which both of the robot's legs leave the ground". In fact with the QRIO, there exists an instant of floating in the air that lasts about 20ms when walking and about 40ms when running.
Aside from basic movement straight ahead, it can also run from side to side and in a circular fashion. Also, from a standstill it can seamlessly change its movement for example walking -> running -> jumping.
According to Mr. Yoshihiro Kuroki of [Sony's] Entertainment Robot Company, in order to carry out the bodily control for walking and jumping, high performance control of sensors which measure its situation, road surface adjustment, adjustment to deal with external forces, shock absorption control and so on.. but from a mechanical standpoint it is apparently not greatly different from the old QRIO. Looking at the announced robot from the outside, one could not tell the difference from the old one.
(illustration captions)
1. A graph measuring the force on the floor. When jumping and running there is, though slight, a length of time in which t
To hell with scaling THIS robot up... I want to use this tech scaled up to build a mech. Really, how cool would it be to drive a freakin' MECH to work?
Boy, it'd be cool to let loose with an autocannon and a brace of SRMs when some idiot cuts you off...
OK, I'm done with my geeky fantasy for the moment. Thanks for reading. :)
Has anyone read between the lines of the QRIO's feature list? This reads like a good er... bad Tom Clancy or Michael Crichton story...
These robots are designed to interact with you and ask you questions, learning and remembering the things you say and they observe. They are also wirelessly linked to the Internet.
Doesn't take much of a leap fo faith to see them all reporting into the SONY master mainframe. Watching, learning, snooping. Gathering data, intel...
Oh sure, this could be the minor conspiracy: They are doing this to market to us better. "Hmm, boy I'd like a new laptop but I only have $1000 to spend." Robot overhears, reports in... suddenly you get an offer in email (or by the robot itself) for, guess what, a laptop that only cost's $1,200 (hell anyone can come up with antoher two K eh?).
Or maybe, it's going to be the lead element of an invasion force. Japan might still be sore at us for the whole losing WWII and us nuking them (twice) and all.
Someone in the land of the rising sun, somewhere, thought, "We'll lie low, developing our technology and build robots. Oh not to kill... not at first. Just to be their friends. Yes, FRIENDLY robots. Robotos that will be a 'partner', that talks to them, plays with them, encourages them.... yes. And it'll watch and learn and remember. And report. And as they get comfortable, they'll upgrade thir robots to our next version. Soon they won't think about it; no more than buying a better DVD player (which we'll invent too). And then, one night, in their sleep... they'll never know what hit them."
FEAR QRIO!
David Whatley
Robots are machines however cute they look. Get over it.
If you get a pacemaker, can we deny you your rights?
May we never see th
http://cds301.bit-drive.ne.jp/shp/02-27-QR103/
http://cds301.bit-drive.ne.jp/shp/02-27-QR102/ http://cds301.bit-drive.ne.jp/shp/02-27-QR101/ http://x-dogs.co.uk/QRIO/QRIO.wmv http://x-dogs.co.uk/QRIO/QRIO2.wmvThese take a minute to start.
qrio_1.avi qrio_2.avi qrio_3.avi qrio_4.avi qrio_5.avi qrio_6.aviLife is pain. Anyone who says differently is selling something.
Large parts of our daily surroundings are also adapted for humanoids, including everything from height and width of doorways, to placement of doorhandles, placements of levers and buttons, shape of car seats etc. Robots designed to aid or accompany humans or serve humans as opposed to carrying out "industrial" tasks where the operator and the people the robot interact with can be assumed to be trained in operating it will need to be able to handle a substantial part of normal human surroundings and interact with them.
Japan is well on the way to dominating in the companion robot economy, which has been a theme in much science fiction through the decades. Who doesn't want a machine companion for work or whatever? Meanwhile the U.S. has been focusing on industrial robots to aid in manufacturing. Who has the competitive edge? Certainly Japan has the capabilities to make comparable industrial robots, but now also is way ahead in development of companions.
This strikes me as similar to the dawn of the personal computer era. The companies that focused on big iron and minis thought they were safely in a vibrant economic market. But when the personal computer took off the bigger machines began to fade and eventually the big iron companies had to adapt or die. The personal computer market also happens to be orders of magnitude larger than the big iron market ever was.
I see a lack of innovative planning in the U.S.; it's hard to invest in research on running bipedal robots when you need to increase your stock for the next quarter. It is very ironic to hear talk about American innovation in celebration of the Wright Brothers when we seem to have all but given up on innovative science as an economic force. Thankfully we have a few still willing to push the boundaries, but they are too few.
In the article, "QRIO??????20007323???????" translates "Shake that thang" and "??????40ms20ms???" is Japanese for "Watch yourself."
I suggest you read Slashdot
I, for one, welcome our new aloholic humaniod robot overlords.
My only question is, how can the robots protect us from the terrible secret of space without a katana and kendo skills?
The configuration may not be the most adept at any one particular type of motion, but the humanoid design allows for a greater range in the types of motion that could be accomodated in the first place. And in an unpredictable environment, versatility can mean the difference between accomplishing the desired goal and having spent half a billion dollars on an essentially useless lump of metal that can't get past an unforseen obstacle.
We would design robots the way we are built for what amounts to the same reason in hindsight that evolution built us the way we are: adaptability.
File under 'M' for 'Manic ranting'
From story #4 on the QRIO homepage:
"QRIO can connect to the internet and share the kind of information you like to hear!"
Great. So I buy a robot, and it's instantly a felon, just for playing a few mp3's.
*sigh*