On October 12th, at the Shanghai Industrial Fair,Hong Kong University of Science and Technology, Easton, and FIDE officially reach a long-term strategic partnershipThe three sides will unite strongly.Concentration builds the foundation of physical AI technologyOpening technology from the cutting edge of research to the industrial landscape, facilitating the digital transformation of manufacturing and the development of high-quality productivity. Professor of the Department of Computer Science and Engineering, Hong Kong University of Science and Technology, Director of the Physical AI Research CentreDr. Guo ChangHe is the chairman of Easton Automation, CEO of Flight Technologies, CEO of Flight Technologies, CEO of Flight Technologies.How did you know?They will also participate in the signing ceremony.
Industrial automation is entering a whole new phase in industrial physics AI, with physical intelligence.Integrated 3D spatial perception, factory digital animation, virtual simulation training, robotic entities executed in oneThe technological closure allows robots to perform perception, understanding, reasoning and autonomous operations in dynamic, unstructured production scenarios, breaking down the difficulty of locating flexible production lines, debugging cycle lengths, shortages of high-end technicians, and so on.
This strategic collaboration will make full use of the core strengths of tripartite differentiation to build a productive R&D and innovation ecosystem in efficient collaboration.Physical AI, robotics and physical intelligenceWith a cutting-edge scientific accumulation and cutting-edge technological research capabilities, Aston builds a core technological theoretical foundation; Aston has many years of experience in the deep farming industry.R&D, manufacturing of robots, motion control technology and extensive experience in industrial landscapesTo ensure the industrialization of technology, engineering landings, and reliance on Fidelity TechnologySpace intelligence, simulation training systems, and the core technological capabilities of intelligent assessment platformsImproving technology transition and landing assessment links.
In accordance with the cooperation plan, the three parties will jointly pursue the underlying technology of AI in industrial physics, focusing on key areas such as industrial scenario data generation, modeling of physical laws, dynamic environment derivation, robotic task decision-making, opening up space scenario generation, industrial environment semantics understanding, high-strength physical simulation, model training and standardized evaluation of the entire technical chain, and continuously enhancing the autonomous control and upgrading capabilities of industrial embedded intelligent systems.
Key areas of research and developmentIndustrial scenario and object automation modeling, simulation of digital asset generation, physical parameters estimation and test labeling, contact and force feedback simulation, building a robot-facing model training environment and mission assessment system, building a strong technical foundation for industrial robots with stronger environmental adaptability and autonomous operational capabilities.
In the future, the three parties will continue to deepen the R&D collaboration and innovation with AI in industrial physics, empowering high-end manufacturing with intelligent technology, driving innovation and scale-up of intelligent manufacturing technologies, and supporting the high-quality development of China's manufacturing industry.
* Translated from Easton Automation
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This is the first time this has happened.High-tech robots