科学研究

人工智能科创中心聚焦精准智能、可信智能与具身智能三大方向，服务国家战略与区域经济，致力于突破AI“卡脖子”问题，构建“基础研究-技术攻关-产业应用”全链条创新体系，建设国际一流团队，培养高端AI人才。

精准智能部以跨尺度感知与自适应智能为核心，围绕跨尺度智能和类脑智能，构建脑启发多模态平台，解析人脑数理逻辑与神经机制，发展融合先验知识的智能方法，形成高精度、高稳定、可信赖的理论体系。

精准智能方向

可信智能部致力于构建安全可信、可解释的AI系统，聚焦神经网络可解释性、大模型训练推理机制与隐私保护，融合内生机理与外部评估，建立可靠智能架构。

可信智能方向

具身智能部主攻具身智能与群体协同，研发高保真仿真与分布式训练系统，大小模型协同控制及机理嵌入的群智决策，实现智能体精准操作与多体高效协作，打造强鲁棒、高泛化、优决策的解决方案，推动智能家居、低空经济、灾害应急等应用，赋能可持续发展。

具身智能方向

The Artificial Intelligence Innovation Center focuses on three key areas: Refined Intelligence, Trustworthy Intelligence, and Embodied Intelligence, supporting national strategies and regional economic development. It aims to tackle critical AI challenges, build a full innovation chain from basic research to industrial application, develop world-class research teams, and cultivate top-tier AI talent.

The Refined Intelligence Division centers on cross-scale perception and adaptive intelligence, covering cross-scale intelligence and brain-inspired intelligence. It develops brain-inspired multimodal platforms, deciphers the mathematical logic and neural mechanisms of the human brain, and advances intelligent methods incorporating prior knowledge to form a high-precision, stable, and reliable theoretical system.

The Trustworthy Intelligence Division is committed to building secure and explainable AI systems. It concentrates on interpretability in neural networks, training and inference mechanisms of large models, and privacy protection, integrating endogenous reliability and external assessment to establish a robust AI framework.

The Embodied Intelligence Division focuses on embodied intelligence and swarm collaboration. It develops high-fidelity simulation and distributed training systems, and innovates control mechanisms based on large-small model cooperation as well as mechanism-informed swarm decision-making. These efforts enables precise agent manipulation and efficient multi-agent coordination, resulting in robust, highly generalizable, and well-decided solutions. The division promotes applications in smart homes, urban