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Disappointment is The pain of trying to not connect the Ikea seats may seem like an embarrassing act to you, but be aware of this: Serious problems that can happen one day can lead to robots that aren’t so stupid.
In recent years, robot engineers have come to realize that building Ikea chairs is a good way to train robots to solve real problems. One team of researchers developed a simulation program in which robotic arms use errors put the chairs together. Some were able to acquire various robotic weapons to build Ikea chairs in the real world, however it took them 20 minutes. And now, a support robot can help a person collect an Ikea booklet by knowing in advance what portion he or she would like to offer.
“This is one of the easiest things to try – even if we break small lab booklets, it’s not a big deal,” says University of Southern California Robotist Robfanos Nikolaidis, co-author at recent paper describing the study, which was presented in May at the International Conference on Robotic and automation. “It’s very cheap. And it is something we all need to do at some point in our lives. ”
Nikolaidis and his colleagues began by reading how different people make the Ikea booklet. Instead of providing them with design paper and photographic materials, they had these articles to change the design of the support boards, as well as the shelves. (This is an important difference, because the larger research question of the experiment is not about the making of chairs – more so at the moment.) Based on this, researchers can include people in different races, or interests. Some can connect both shelves with one of the frames, for example. Some connect the same shelf to all the frames at the same time. This is known as an event.
He then taught the session again, this time with the arm of a robot close to grabbing them. The researcher listed the pieces (shelves or supports) that the person started with, and made a plan to allow the robot to allow it. “Let’s say you logged in and set the first shelf,” says Nikolaidis. “Well, the robot doesn’t know this. Then you select the second shelf. And now you’re starting to put on the third shelf. It is very likely that you are among the users who have collected six shelves in a row. It’s very, very impossible it would change suddenly. When the robot knows a person’s preferences, it gives them a clue that people like them have already made a choice. These experiments showed that the robot is able to adapt quickly and accurately to human form in this way, and to provide the necessary precision.
Consider this as AI researchers develop a method of identifying images: If you want to know cats, you feed the neural network oodles of felines images. Because it has already seen many models, algorithms can be included. When you show a picture of a cat that has never been seen, it can detect what it already knows to make sure it breaks the four-legged animal with a loving mind.
The robot does the same, instead of using a picture bank, drawing images of process, a system in which people attached shelves and accessories, depending on their preferences. “The robot knows that the next thing he has to do is give you the next shelf, very confidently,” says Nikolaidis.
In the end, this research does more than just make famous robots that come into your home and help you make baskets. Nor is it about making machines that can perform such complex tasks on their own. It’s about teaching robots how to work with people who don’t even drive them More He’s more crazy than people already get when they build Ikea chairs.
Although all the hoopla about robots coming to rob us, the truth is that you are capable have a working machine with you than in your place. In the meantime – and probably for a long time in the future – people will be better off at other jobs. No machine can match the stiffness of a human hand or any approach to solve problems as much as we do. Do robots but good and foolish work. Think of a car line: Robot gear raises car doors instead, but good detail requires a personal touch.
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