“It is inevitable that the development of artificial intelligence has become a trend, and the field of robotics will also shine. So what are the core technologies in the field of robotics? Today we will take stock of 10 core technologies in the field of robotics.
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It is inevitable that the development of artificial intelligence has become a trend, and the field of robotics will also shine. So what are the core technologies in the field of robotics? Today we will take stock of 10 core technologies in the field of robotics.
NO 1. Human-machine dialogue intelligent interaction technology
This technology allows humans to truly communicate with machine intelligence. Robots can not only understand the user's questions and give precise answers, but also actively guide the completion of the conversation when the information is incomplete. At present, Google and Facebook are more mature.
NO 2. Liquid metal control technology
This everyone may be able to replenish the liquid robot in the Terminator. Of course, it is still a thousand miles away from reaching that level. The core of this technology is to accurately control the appearance characteristics and movement status of liquid metal materials by controlling the external environment of the driving electromagnetic field. At present, it is beginning to test its practical performance in the field of intelligent manufacturing. Perhaps someday in the future, the “seventy-two changes” may actually be achieved.
NO 3. Brain-computer interface technology
It enables humans to control machines with their minds. Is there a smell of science fiction already coming out? This technology collects, recognizes and transforms the electrical activity and characteristic signals of the nervous system, so that the instructions issued by the human brain can be directly transmitted to the designated machine terminal, which has great innovative significance in the field of communication between humans and robots. If it is realized, will people in the future be able to realize many things with their brains?
NO 4. Sensitive touch technology
Simply put, it gives the robot a skin that can be felt. This technology uses a new type of tactile sensor based on electricity and micro-particle tactile technology, allowing the robot to be more sensitive to the shape, texture and hardness of objects, and ultimately competent for a series of complex tasks such as medical treatment and exploration. The current top sky exploration robots all use this technology.
NO 5. Flexible robot technology
Generally speaking, it is a soft robot. The biggest feature is that it is made of flexible materials, which can change its shape at will within the maximum range, and can reach many places that cannot be reached by ordinary technology to achieve detection. For example, some important pipeline inspections, medical diagnosis, detection and detection and other fields have their presence.
NO 6. Emotion recognition technology
This technology gives the robot a human-like emotion, that is, the production of “mental activity”. In this way, it can more effectively recognize human emotions and even psychological activities, so that the robot can obtain similar human observation, understanding, and reaction capabilities. Of course, this boundary will be fuzzy and dangerous. However, there will indeed be unparalleled advantages in areas such as auxiliary medical rehabilitation and criminal investigation identification.
NO 7. Myoelectric control technology
Generally speaking, it is to control the robot through the biological signal of the organism. We can often see this application scene in science fiction movies. The feature of this technology is to use the surface electromyography signals of the human upper limbs to control the robotic arm. The future development direction lies in the fields of remote control and medical rehabilitation.
NO 8. Autonomous driving technology
This technology may be familiar to everyone. It has gradually matured, and currently lacks norms. I believe that it will be a matter of time before entering our lives. It can provide humans with automated and intelligent loading and transportation tools, and extends to road condition testing, national defense and military security and other fields.
NO 9. Virtual reality robotics technology
Using virtual scenes instead of real scenes, humans can accomplish many things that cannot be done at present. This also means that the danger is completely isolated. This technology can realize the virtual remote operation of the robot by the operator, and has broad application value in maintenance and inspection, entertainment experience, on-site rescue, military reconnaissance and other fields.
NO 10. Robot Cloud Service Technology
All computers are connected together to create today’s Internet, which also derives immeasurable value. After robots become popular in the future, what will happen if all robots are connected together? When the robot itself acts as an execution terminal, it stores and calculates through the cloud, responds to needs and realizes functions immediately, breaks through the limitations of stand-alone mode, and effectively realizes data intercommunication and knowledge sharing, which will provide users with unlimited expansion of functional services. This picture is too beautiful to imagine!
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