Recently, the R&D team of humanoid robots of the Institute of Automation, Chinese Academy of Sciences has made a major breakthrough in this field and successfully launched the Q series of humanoid robots, which has attracted wide attention in the industry. With its highly anthropomorphic shape design and intelligent core, the Q series robots show excellent environmental adaptability, task execution ability and amazing flexibility and control accuracy, marking the latest milestone in the research of humanoid robots in China.
The research and development of humanoid robots is one of the pinnacle goals of global robotics exploration, and it is also an important trend of future scientific and technological progress. With the rapid evolution of artificial intelligence, robotics and other related technologies, the research and development of humanoid robot technology has made great progress on a global scale, and has gradually revealed great potential in diversified application scenarios such as aerospace exploration and intelligent manufacturing. Under the leadership of Professor Qiao Hong, academician of the Chinese Academy of Sciences and director of the National Key Laboratory of Multimodal Artificial Intelligence Systems, the birth of the Q series humanoid robot is in line with this scientific and technological trend, and is carefully built to meet the country's major strategic needs in aerospace engineering and manufacturing transformation and upgrading.
The core technology of the Q series humanoid robot embodies a number of original scientific research achievements of Qiao Hong's team in this field
1.High-explosive integrated joint technology: Through this innovation, the Q series robots can release strong power performance in a short period of time, and successfully complete high-intensity actions such as carrying heavy objects and jumping.
2.AI Depth Empowerment Design: Cutting-edge artificial intelligence technology is used to deeply optimize the design of robots, so that they have the ability to cope with complex environments and multiple task scenarios.
3.All-round robot large model construction technology: A complete humanoid robot virtual model is built to support the research and development of the whole process from design, development to control.
4.Human-like compliant motion control technology: Simulates the flexible motion characteristics of humans, giving robots higher safety and operational efficiency.
At present, Qiao Hong's team has successfully developed several models of Q series humanoid robot prototypes, each of which has been specially designed for different application scenarios and needs
Q1: Bionic highly dynamic robot, good at fast and stable movement in complex terrain environments, suitable for field search and rescue, exploration and other tasks;
Q2: All-terrain adaptable robot, able to easily walk and work on a variety of indoor and outdoor terrains, suitable for logistics handling, warehouse management and other work;
Q3: High explosive motion robot, with strong load handling and jumping capabilities, mainly used in construction, agricultural production and other fields;
Q4: High-quality humanoid robots, which can accurately simulate human action behaviors, and have extreme values for service industries, medical and other scenarios;
Q5: Intelligent reasoning and decision-making humanoid robots, with strong logical reasoning and real-time decision-making capabilities, are expected to play a role in advanced intelligent scenarios such as smart factories and smart homes.
The successful R&D and display of Q series humanoid robots not only highlights China's strong strength and international competitiveness in the scientific and technological innovation of humanoid robots, but also indicates the broad prospects of such robots in future social life and industrial applications.
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