Human robots have started

The riot around the human robots is great, although the sector is still in the cradle. This is attributed to Elon Musk and his daring statements about robot “optimos” of “Tesla”. The “Morgan Stanley” bank is also fed up with its expectations that about a billion human robot will be employed by 2050 in a $ 5 trillion market. Then there are brilliant videos on the Internet that display a human shaped robots that perform acrobatic movements, dancers and other incredible exploitation. In fact, most people exaggerate the abilities of robots at this stage of their development. It is also true that robots in humans have developed very quickly over the past decade thanks to expensive laboratory experiences in universities and specialized businesses such as “Boston Dynamics”. Now these mobile machines are often used with arms as experimental projects in warehouses, factories and even hospitals. Chinese “Unicri”: Human robots still do not have artificial intelligence, with these early bulletins of human robots, safety, energy supply and machinery supplies have now become very clear to achieve the goal of building mobile robots, which can perform various human tasks at a reasonable cost. These robots, which include models equipped with wheels instead of bones, are the last evolutionary step for robots that started more than six decades ago as large compressed air machines, installed on the ground and isolated from workers. A large, required leap cannot be exaggerated in the importance of developing a homemade human robotic industry in the United States, including assembling, full supply chain cars, drive arms, sensors, chips, cameras, batteries, etc. Similar to the construction of ships and even drones, these products will be an integral part of the civil economy, using cross -defense. Multi goals robots will enable economy to grow, even with the population reaching the recession and its beginning. Of course, this decline in the indigenous population is happening in developed countries. The skeptics focus on the limited limitations of these new machines, which are now performing simple tasks, such as bringing items, laying it out of pockets or putting plastic cabinets on the transport belts. It is often slow, consumes battery energy and takes a long time to exercise. China intends to make semi -human robots by 2025. History tells that technical improvements will exceed these obstacles. History also indicates that its adoption takes longer than the optimists expect. To give an idea of ​​the modernity of this industry, the Application Development Association held its second annual human robots conference in Seattle last week. The participants were larger than the participants in the first event, as many corporate engineers came to see whether these machines would work in their factories or on their work websites. Answer: Not yet. In the morning, I met a dose of optimism of the emerging robotic companies who questioned the afternoon, including the Porter, which led the Robots division of the Amazon business before setting up his own company, “Cobot”. ‘Ant’ supported by Jack, which reveals his first human robots. Porter said the ‘Amazon’ analysis of industrial robots found 40 cases of the use of human robots that other types of robots cannot do. One of these uses is a robot with wheels dragging the wagons independently of the giant shipping company AP Moller-Maersk. Porter Emerging Company designed a robot named ‘proxie’ for this task. Although use cases are now limited, more of them will appear with the improvement of robots. Agility Robotics has published its ‘figure’ robot in many warehouses, where he can pick up bags and walk to put them on a conveyor belt. However, the areas where robots work are closed to people. There are concerns about safety about bones robots, mostly due to the fact that they collapse on the ground when the electric current is out. The merger of artificial intelligence with robots uses double robots to bring about ‘dynamic stability’, which keeps them balanced on their feet as they stand or move. The battery power is a major obstacle to human robots, and it will increase with the ability to perform extra tasks. During the one -day session, Amit Gul, head of the peripheral computer system of robots at the “Inviteia” business, said that robots should have the power of artificial intelligence computer because of the high signal of the cloud servers. One of the solutions is to connect robots to an energy source. This solution is only useful if the robots do not have to move much. Another way is to switch batteries robots if it runs to a certain level. ‘Panasonic’ is on its way to launch a new generation of batteries designated for robots. It requires an extra investment of extra energy packages, a space for the switch and a sufficient time to change the batteries. One of the design solutions is to place robot on wheels instead of bones, reducing energy consumption to achieve stability. The alternative solution is to increase the size of the wheelbase if the robot will increase heavy things with its arms. Mobility in a human world that uses wheels becomes much more difficult. A wheel hospital robot is the movement of “moxi”, created by avid robotics, which can wear medical supplies, medicine, laboratory samples and others. The robot sends things directly to the nurses. The robot can navigate itself in the hospital – to ride on the elevator, open the doors that a badge or button needs to run and move between people and things. About 100 “muxi” robots are published in more than 25 hospitals. It offers time and walks to the nurses, even with a hospital aircraft connection system. Moxie currently used one: to connect things to the hospital staff. The distribution of human robots will not approach Morgan Stanley’s expectations if the robots cannot perform several tasks quickly. This is where robotic training techniques must be improved by simulation, Joel said. There is a lack of data needed to train robots and invest such a material artificial intelligence. An automatic dog jumps with the shares of the Chinese robotic companies who perform tasks by performing tasks are expensive and taking long. If the robot fails, it can damage itself or the things around it. The general basic models depicting real world’s positions will help reduce the cost of simulation and rapid training. Jeff Cardinas, co -founder and CEO of ‘AppTRONIK’ who comes up in the field of robotics, said he was afraid to attend automation conferences, as participants made the idea of ​​a multi -purpose human robot, and he praised his effort. But this consensus has changed with the tremendous progress this industry has made since it launched the Defense Defense Research Projects Challenge (DARPA) between 2012 and 2015. “Google Deepmind” works with Google Deepmind to address safety issues, and has entered into the ‘jabil’ partnership. For the manufacture and use of the “Apollo” “Apollo” robot. Cardinas said next year will remain for pilots and initial requests, as the sector will distribute hundreds of human robots. He added: “I think 2027 is the year in which we will see the application of these robots on a large scale.”