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With the development of artificial intelligence technology, robots are rapidly expanding from traditional applications such as handling and assembly to more intelligent advanced manufacturing, medical health, and life services. The industry predicts that in the next 5 to 10 years, the robot replacement rate will reach more than 30%, and the replacement rate in the past 40 years is less than 1%. Artificial intelligence and next-generation information technology are reshaping the robot industry, and with technological breakthroughs, product iterations, and cross-border integration, machine substitution, industrial automation, and industrial upgrading have become major trends.
From the Boston-powered humanoid robot Atlas, to the intelligent monitoring of Nokia's "Future Factory", to the surgical robots, brain-controlled exoskeleton robots, etc. in the field of clinical medicine and rehabilitation... The era of intelligent robots is accelerating.AI reshapes the robot industry and helps intelligible upgrades.
Opened on August 21, 2019 world conference on robot, the meeting, Israel robot association President, Schiller said: "the future intelligent robot, the robot is is no longer an individual working alone, can be done between the robot and the communication and interaction between the robot and mankind, it will be multiple integration of artificial intelligence technology and mechanics."In the field of intelligent robot, AI makes human-machine interaction and integration more intelligent, machine learning and depth algorithm make the environmental data obtained by robot sensors not just a simple signal, but a multi-dimensional information, such as analysis and judgment, automatic control and so on.With the help of artificial intelligence technology, robots have changed from simple automation to highly intelligent.
In the field of industrial robots, AI helps industrial automation upgrades. Due to the increasing demand for quality improvement and production, and the increasing labor costs, the demand for automation equipment has increased, and the status of industrial robot related accessories and services has become increasingly important. The more important. The development of AI makes industrial robots more automated. For example, robotic arms, transport vehicles, intelligent machine tools, etc., with robot learning algorithms, path planning and other technologies, industrial robots can achieve high precision and more complex operations.
Compared with traditional industrial equipment which can only adapt to a single working condition, but if the equipement equipped with artificial intelligence, it can adapt to different working environments and processing objects, making it easier to achieve flexible production. In particular, AI greatly enhances the perception of industrial robots, which is the key to AI's industrial automation upgrade. For example, AI makes the visual perception of industrial robots more developed. Related artificial intelligence technologies such as machine vision, image processing, pattern recognition/machine learning, and sensors can assist industrial robots to perform “perceived” tasks well in the production process. This includes the use of mechanical equipment to achieve more precise positioning, identify more complex processing objects, or replace human resources in the quality inspection to measure the product.
In addition, with the continuous development of the Internet of Things, AI can help all robot hardware to be interconnected and intelligent. Robots are no longer just an independent action device, but a carrier that has always been online and always interconnected. By connecting with other intelligent hardware, it drives the generation of self-behavior, becoming more human-like and smarter.