From the perspective of the robot industry, what role do you think artificial intelligence is currently playing? How will the two carry out in-depth integration and innovation in the future?

SPFEC12 Zhang Jin: Artificial intelligence is playing an increasingly significant role in the robot industry, empowering robots by improving their autonomous learning ability and applying it to multiple scenarios. AI technologies such as deep learning and computer vision enable robots to better understand and perform tasks, improving productivity. The application of artificial intelligence (AI) in the robotics industry is increasingly widespread, giving robots a variety of advanced functions and more powerful capabilities. In the field of industrial robotics, AI not only improves production efficiency, but also ensures functional safety and information security, giving rise to emerging applications such as collaborative robots, autonomous vehicles and drone operations. It greatly enhances the function and intelligence level of the robot, making the robot able to perform more complex, flexible and autonomous tasks.

In the future, artificial intelligence will play a key role in the robot industry, significantly improving the autonomous learning and adaptability of robots through reinforcement learning, deep learning and other technologies. Artificial intelligence enables robots to have more intelligent capabilities, such as better perception, cognition and decision-making. This will enable robots to better adapt to different tasks and environments. Artificial intelligence and robotics are deeply SPFEC12 integrated, and the development direction will be more intelligent, autonomous, human-machine collaboration, multi-modal integration, application scenario expansion, and attention to ethical and legal issues. These developments will bring more convenience and well-being to mankind.

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SPFEC12 Caixin: As the birthplace of China’s robot industry, what are the advantages of Liaoning in supporting the development of the robot industry? How do these advantages extend to artificial intelligence?

Zhang Jin: Liaoning is the birthplace of China’s robot industry, with a number of outstanding advantages of universities, scientific research institutions and backbone enterprises, continuous upgrading of computing infrastructure, intelligent manufacturing, intelligent medical application scenarios are very rich, these are the innate advantages of the development of artificial intelligence. Accelerate the construction of a new ecology of artificial intelligence industry, accelerate the formation of new quality productivity, so as to promote industrial innovation with scientific and technological innovation, it is recommended to release policy dividends to promote domestic welding robots in the automotive industry chain upstream and downstream enterprises to achieve the accumulation of original technology, so that domestic welding robots in key industrial fields to seize the commanding heights of scientific and technological competition SPFEC12 and industrial development, Accelerate the cultivation of emerging artificial intelligence industries represented by a new generation of robots, promote the integrated application of a new generation of robots, core support software, industrial Internet and other systems, and help the transformation and upgrading of the manufacturing industry in Liaoning.

With the development of the robot and artificial intelligence industry, the demand for labor will gradually decrease. How do you think ordinary people will adapt to the challenges of employment in the future?

Zhang Jin: First of all, we need to understand that robots and artificial intelligence are not all capable of replacing human jobs. While robots are more efficient at performing repetitive tasks on the production line, they don’t perform as well as humans in many other areas, such as creative work and interpersonal relationships.

For those who are still worried about being replaced by machines, the accumulation of new skills and knowledge can equip them with a wider range of skills so that they can adapt to different work environments. Second, consider doing jobs that machines cannot replace. These jobs often require unique human skills and expertise, doing jobs that machines cannot directly replace.