Mister maker makes a robot
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Item Type see all. Featured Refinements see all. Bundle Listing see all. Please provide a valid price range. Buying format see all. Concomitantly I am critical of what I see as scare mongering about how powerful AI will soon be, especially when it is claimed that we as humans must start taking precautions against it now. Given the sorts of things I saw in and around Fukushima Daiichi, I understand a general fear of technology that is not easily understood by non-experts, but I do want us humans to be realistic about what is scary, and what is only imagined to be scary.
I am even more critical about some of the arguments about ethical decisions that will robots will face in just the next few years.
I do believe that there are plenty of ethical decisions facing us humans as we deploy robots in terms of the algorithms they should be running, but it is far, far, from having robots making ethical decisions on the fly.
There will be neither benevolent AI nor malevolent AI in the next few decades where AI systems have any internal understanding of those terms. This is a research dream, and I do not criticize people thinking about it as research. Instead we will need to worry about people using technology, including AI, for malevolent purposes, and we should encourage the use of technology, including AI, for benevolent purposes.
AI is nowhere near ready enough to make any fundamental difference in this regard. Why am I seen as an outlier in my opinions of where AI is going? In my dealings with individual researchers in academia and industrial research laboratories, and in my discussions with C-level executives at some of the best known companies that use AI, I find much common ground, and general agreement with my positions.
I am encouraged by that. Perhaps after reading my forthcoming essays you will conclude that I am an old fuddy-duddy. Or, perhaps, I am a realist. People who read them will get to decide for themselves where I fall in the firmament of AI. Now, at the same time, we have only been working on Artificial Intelligence and robotics for just a few decades.
Already AI has started to have real impact on our lives. There will be much more that comes from AI and robotics. For those who are able to see through what is hype and what is real there are going to be great opportunities. There are great opportunities for researchers who concentrate on the critical problems that remain, and are able to prioritize what research will have the greatest impact.
For those who want to start companies in AI and robotics, understanding what is practical and matches what the market will eagerly accept, there is again great opportunity. We should expect to see many large and successful companies rise up in this space over the next couple of decades. For those are willing to dare greatly, and who want to make scientific contributions for the ages there is so much at such a deep level that we do not yet understand that there is plenty of room for a few more Ada Lovelaces, Alan Turings, Albert Einsteins, and Marie Curies to make their marks.
For four years starting in I co-taught the M. Back then Patrick used to start the first class with a telling anecdote. Growing up in Peoria, Illinois, Patrick had at one time had a pet raccoon. Patrick would regale the class with how intelligent his raccoon had been.
This was caution for humility. We might think we were just around the corner from building machines that were just as smart, by whatever measure, as people, but perhaps we were really no more than dexterous raccoons with computers. At that time AI was not a term that ever appeared in the popular press, IBM went out of its way to say that computers could not think, only people could think, and AI was not thought of appropriate stature to be part of many computer science departments. I imagined them looking down at us, like we might look at zoo animals, and being amused by our cleverness, but being clear about our limitations.
They think they are going to be able to build things as smart as themselves, but they have no idea of the complexities involved and their little brains, not even with help from their computers oh, they have so got those wrong! Should we tell them, or would that be unkind to dash their little hopes? Those humans are never going to develop nor understand how intelligence works. A little humility about the the possible limits of our capabilities is in order.
Hubris, from some AI researchers, from venture capitalists VCs , and from some captains of technology industries is dripping thick and fast. Often the press manages to amplify the hubris as that is what makes a good attention grabbing story.
Brooks and Anita M. The robot kicked a soccer ball towards President Obama and he kicked it back, to great applause. Then President Obama turned to his hosts and asked, not so innocently, so is that robot autonomous or tele-operated from behind the scenes? That is an educated and intellectually curious President. Japanese teams were entered in this competition; the first time there had been significant interaction between Japanese roboticists and DARPA—they were a very strong and welcome addition.
The competition ran from late to June 5 th and 6 th of when the final competition was held. The robots were semi-autonomous with communications from human operators over a deliberately unreliable and degraded communications link. I was there and watched all this unfold in real time—it was something akin to watching paint dry as there were regularly 10 to 20 minute intervals when absolutely nothing happened and a robot just stood there frozen. This is the reality of what our robots can currently do in unstructured environments, even with a team of researchers communicating with them when the can.
In a third post I plan to talk about how self driving cars will change the natures of our cities. I do not view self driving cars as doomed by any of these problems, in fact I am sure they will become the default way for cars to operate in the lifetimes of many people who are alive today.
I do, however, think that the optimistic forecasts that we have seen from academics, pundits, and companies are wildly off the mark. In fact that reality is starting to set in.
No new date was announced. I particularly recommend lectures 12a and 12b on neural networks and deep neural networks to all those who want to understand the basics of how deep learning works—the only prerequisite is a little multi-variable differential calculus.
I am morally certain that you must have read this, long ago. Davis, essentially invents household and personal robotics. Of course, a lot of problems turn out to be easier for him to solve than have worked out that way in Real Life. Your email address will not be published. Rodney Brooks Robots, AI, and other stuff. That really was a science fiction experience.
Robots Robots were essential to the shutdown of Fukushima Daiichi, and will be for the next thirty or more years as the cleanup continues. In the image below a model is set up to go and vacuum up radioactive material.