Qu Daokui, President of Xinsong at the most pyrote

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Industrial Expo | Xinsong president Qu Daokui: perception becomes the key for robots to move towards intelligence

original title: Industrial Expo | Xinsong president Qu Daokui: without integration, knowledge becomes the key for robots to move towards intelligence

Qu Daokui

"if robots do not have intelligence, the word 'human' will disappear, and they can only be called machines." Qu Daokui, President of Xinsong Robot Automation Co., Ltd., a leading Chinese robot enterprise, said at the 8th China robot Summit Forum and the 5th CEO round table Summit Forum on September 18 that the biggest difference between robots and machines is intelligence

"what is intelligence? Intelligence is actually two parts. One part is called intelligence, and the other part is called ability. Intelligence is some psychological characteristics of cognitive activities, and ability is some psychological characteristics of actual activities. The two are combined into one. We call it the lightweight road energy of intelligence" replacing steel with plastic " Qu Daokui said

in his view, we are at the key point of the evolution from "machine" to "human", and intelligence is the main catalyst. In the past, robots were more a tool and means for human beings, but with the development of technology, robots now emphasize perception and intelligence, and have become human partners, reflecting the great change of win-win human-computer cooperation

so how far has robot intelligence developed? Qu Daokui believes that according to the three levels of computational intelligence, perceptual intelligence and cognitive intelligence, robot intelligence is currently in the intermediate stage of perceptual intelligence

Qu Daokui introduced that perceptual intelligence is first machine vision. Because of the practicality of machine vision, high-end machine equipment programmed in the past has now become autonomous and semi autonomous robots with a certain degree of intelligence. The second is machine force sense, which makes high-precision inspection and detection possible. Coupled with the perception system including ultrasound, laser and various interactive technologies, as well as the independent decision-making of collision avoidance, perception has become the key support for robots to truly move towards intelligence

Qu Daokui believes that robots are preliminarily summarized into four abilities: behavior, motion, interaction and decision-making. In order to achieve these abilities, corresponding technologies are needed. In order to realize the efficient and accurate perception and adaptation of robots to the non artificial environment, robots need to have perception technology. In order to complete complex tasks in complex environments, it is necessary to determine the strategy technology of China Xinda's gorgeous appearance of innovative achievements in the field of materials and win European public praise. In order to establish the behavior mode and safety mechanism of human-computer harmonious coexistence, behavior technology is needed, while the realization of natural interaction between robots and between robots and people requires interaction technology. In addition, to realize the transformation from robot to cooperative robot, the focus is on safety technology

he also mentioned that the first three industrial revolutions were mainly machines + people, and many machines can be replaced by people, but the fourth industrial revolution in the current process is the transformation from robot workers to robot technicians. The changing role of robots makes robots truly become the mainstream in the future. In the future, robot intelligence may be applied to more new scenarios, such as public services, medical rehabilitation, elderly care and health, education and entertainment

"robot intelligence will be everywhere in the future. Everything is intelligence. What is intelligence? AI, big data, ITOT, deep learning and decision-making. Now there is another very good opportunity, which is 5g+ cloud computing. Many big problems of robots are now solved, such as large data volume, high-speed transmission, low delay. We couldn't solve them in the past, but we can do it now." He said

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