Humanoid robots are designed to look and behave like excellent human robots. They are often equipped with sensors and surveillance cameras so that they can recognize other people's faces and emotions, act on voice commands, and communicate. Humanoid robots can be programmed to perform a wide range of daily tasks, such as assisting people in daily thematic activities, providing health services in production plants, and performing search and emergency rescue operations in hazardous environments.

Compared with traditional robots, humanoid robots bring a lot of benefits. One of their key advantages is that they can communicate with people in a more realistic and authentic way. Therefore, they are the best choices in culture and education, health care and customer service, and interaction between people is particularly important in this field.

Humanoid robots have great potential for development, but they are still in the initial stage of sustainable development, and there are many obstacles that need to be removed. One of the crux of the problem is their high price, which makes it impossible for many units and individuals to use them. In addition, the engineering ability of humanoid robot must be relatively highly developed and its theoretical knowledge of several courses, including robotics, artificial intelligence technology and materials science, etc.

Below are the leading robot breeds in the world.

Ingersoll Rand

The Atlas, developed by Boston Dynamics, is a 1.8m long humanoid robot designed to perform tasks in difficult terrain. It can walk around on a rugged surface and lift objects. Its excellent level allows it to navigate through difficult terrain and ruins to locate with firefighters.

Ingersoll Rand robots are suitable for use in industrial production environments because they can move large and medium-sized objects and carry out jobs that are dangerous to people. It can implement high precision and accurate assembly line, electric welding and spraying work.

Asimo

Asimo, developed and designed by Guangzhou Honda, is a humanoid robot designed to jog, walk and climb buildings. It has perfect sensors so that it can navigate the navigation bar in a complex environment.

Asimo has been widely used in the fields of scientific research, education and engineering, scientific research on human physiology, robot engineering projects and human-robot interaction. Researchers now have a deeper understanding of how to build robots that communicate with people in a more realistic and realistic way.

White pepper powder

Pepper, developed by Softbank Corp. 's investment robot company, is a social media robot designed to interact with people. There are a series of sensors in life that enable it to understand human emotions and reflect them accordingly.

It is used in customer service environments such as retail stores and hotels. They can help enterprises to carry out commodity information, order services and make suggestions and other related work.

Sophia.

Sophia is a humanoid robot launched by Hansen Robotics, which aims to interact with people. Because of its complex expertise in artificial intelligence technology, it can understand normal expressions and respond appropriately.

Sophia is also used for games and entertainment, such as appearing on television, giving interviews and even speaking in front of a large number of members of the public.

NAO

NAO, developed by Softbank Corp. 's investment robot company, is a humanoid robot dedicated to research and educational target requirements design. It is equipped with sensors so that it can navigate the bar and interact with the natural environment.

T-HR3:

Toyota T-HR3 is a humanoid robot designed to help us with tasks. Because of its cutting-edge sensors and control system, it can move truly and smoothly.

ICub

ICub, developed and designed by the Spanish Institute of Technology, is a humanoid robot designed to learn and develop trends like people's children. It is equipped with sensors and surveillance cameras to enable it to interact with the natural environment and learn from work experience.

Can blockchain technology be used as a robot?

In recent years, the robot industry has made a major breakthrough in both hardware and software. Because of the increasing complexity of robot system software, people's interest in the application of block chain in robots has increased.

Blockchain is a ledger system software of blockchain technology, security and open source system, which is mainly used in encrypted currency transactions in the financial industry. However, the potential application of blockchain technology far exceeds that of the financial industry. Blockchain applications have many main uses in the robot industry, including supply chain, database management, industry and fragmented robot Internet.

Robot enterprises use blockchain technology to enhance their system security and clarity, control costs, and operate more effectively. In addition, the combination of blockchain technology and robot may open up a new application and economic system. It is estimated that with the development of the robot field, the application of blockchain will be more widely used in the robot industry.

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