< img src = "/uploads/blogs/4b/0C/IB-FR422222222222225b41.jpg" Alt = "work atlas from Boston Dynamics struck new movements"/> < P > Modern Humanoid Works & nbsp; nbsp; nbsp; nbsp; extraordinary grace and agility in movements, demonstrating impressive progress in the direction of natural human plastic < h2 > Different priorities in the development of humanoids
< P > The developers of humanoid robots follow different ways. Some focus on practical applications, others & ndash; on improving the naturalness of movements. & nbsp; < strong > companies such as Tesla, Figure, Sanctuary and Agility focus on functionality These manufacturers are less concerned with whether their work is able to perform a flip or show smooth movements. Their priority & ndash; The ability of robots to raise, move and place objects according to tasks. Such functionality, although less entertaining, they contain potential for significant changes in the world of work.
< P > However, observing the evolution of robot movements from clumsy first steps to smooth, confident movements in the human space captures the imagination. Impress how quickly these machines, managed by artificial intelligence, master various movements that were previously considered exclusively human.
< H2 > Innovations Unitree G1: Availability and Axical < p >The Chinese company UNITREE demonstrates significant achievements with its light gumanoid G1. This robot has attracted attention not only for its affordable starting price of $ 16,000, but also with impressive physical capabilities. & Amp; nbsp; < Em > & ldquo; the first in the world of humanoid robot side & rdquo; & nbsp; & mdash; So positions the company its last achievement.
< p >< iframe width = "560" Height = "314" SRC = "//www.youtube.com/embed/29xlwhqMe2q" Alowfullscreen = "ALLOWFULLSCREN" >0 ~/IFrame >0 ~/P > < p > G1 is the evolutionary development of the previous H1 model, which became the first humanoid in its class, which performed the salto back with electric motors, not hydraulics. In addition to performing complex acrobatic elements, G1 also demonstrates natural movements. According to the developers, it & nbsp; < Em > & ldquo; can run jogging thanks to recent flexible updates & Rdquo; .
. < p >An important feature of G1 is that it moves with a certain relaxation, avoiding the characteristic of many humanoids. This indicates significant progress in natural movement programming and dynamic balance.< H2 > Boston Dynamics Atlas: unsurpassed smooth motion
< P > Despite the striking achievements of other companies, the Boston Dynamics has remained in the forefront of humanoid robotics for over a decade. Recently, the company has posted a new video of its work atlas, which demonstrates the unprecedented level of naturalness and smooth movement.
< p >< iframe width = "560" Height = "314" SRC = "//www.youtube.com/emBed/i44_zbewz_w" Alowfullscreen = "ALLOWFULLSCREN" >0 ~/IFrame >0 ~/P > < p >Walking atlas looks much more natural than most humanoids. It is less mechanical, more reminiscent of human. Running the work & mdash; It leans forward to accelerate and deflerates back for braking, accurately imitating the principles of human biomechanics.
< P >< Strong > A unique feature of Atlas is the ability to rotate freely at 360 degrees in the hips, waist, arms and neck , which allows it to perform complex movements that are not available. This feature makes it possible a smooth transition between different body positions, for example, from rack on hands to vertical position.
< h2 > Artificial intelligence and mastering the physical world
< P > The most exciting aspect of the development of humanoid robots is how artificial intelligence learns to control these mechanical bodies in the real world. Just as people learn to walk and run, the works of robots master the balance of balance and planning of movements in a dynamic environment.
< p >< Em > & ldquo; this is what we observe how to learn artificial intelligences & rdquo; & nbsp; & md. The author of the text emphasizes, comparing this process with human learning. Progress in this area is reminiscent of a revolution made by large linguistic models in the world of information but now in physical space.
< P > Although the initial mass introduction of humanoid robots is expected mainly in production, the growing naturalness of their movements and interaction brings the time closer when people and androids regularly coexist in everyday life. And judging from the pace of development, this moment can come much faster than many expect.