**北大研发全新机器人多模态大模型，引领智能机器人技术革新**
近日，北京大学推出全新研发的机器人多模态大模型，这一创新技术为智能机器人的通用和特定场景应用带来革命性进步。针对机器人智能化过程中的高效推理与操作需求，研究团队深入探索，成功集成了视觉编码器和高效状态空间语言模型，打造了全新的RoboMamba多模态大模型。
该大模型不仅赋予了机器人端到端的推理能力，还提升了其操作灵活性。其中，视觉编码器的应用使得机器人具备了识别与处理图像信息的能力，而状态空间语言模型的集成则优化了机器人的任务处理能力。值得一提的是，该大模型在视觉常识任务和机器人相关任务的推理能力上均表现出卓越性能。
专家指出，这一创新技术的推出将为机器人技术的智能化发展提供强大的动力。随着更多研究和应用的深入，未来智能机器人将在生产制造、家庭服务、医疗护理等领域发挥更大的作用，极大改善人类生活质量并推动社会发展。此次北大的技术突破无疑是向智能机器人技术领域迈进的重要一步。
未来，随着技术的不断完善和应用领域的拓展，多模态大模型将在智能机器人的发展中扮演越来越重要的角色。业界期待这一技术能够进一步推动智能机器人的普及与应用，为人们的生活带来更多便利与创新。
英语如下：
News Title: Peking University Innovates in Robot Meta-modeling: Multi-modal Fusion Ushers in a New Era of Intelligent Manipulation
Keywords: 1. Peking University Robot Meta-modeling
News Content: **Peking University Develops a New Multi-modal Meta-model for Robotics, Leading the Evolution of Intelligent Robot Technology**
Recently, Peking University has launched a newly developed multi-modal meta-model for robotics, bringing revolutionary progress to the general and specific scene applications of intelligent robots. In response to the demand for efficient reasoning and manipulation during robot intelligence, the research team has conducted in-depth exploration and successfully integrated visual encoders and efficient state space language models to create the new RoboMamba multi-modal meta-model.
The meta-model not only endows robots with end-to-end reasoning ability but also improves their operational flexibility. The application of visual encoders has equipped robots with the ability to identify and process image information, while the integration of state space language models optimizes the robot’s task processing capabilities. Notably, the meta-model demonstrates excellent performance in visual common sense tasks and reasoning abilities related to robotics tasks.
Experts indicate that the launch of this innovative technology will provide powerful impetus for the intelligent development of robotics. With deeper research and applications, intelligent robots will play a greater role in production, manufacturing, home services, medical care, and other fields, greatly improving human quality of life and promoting social development. Peking University’s technological breakthrough is undoubtedly an important step forward in the field of intelligent robotics.
In the future, with the continuous improvement of technology and expansion of application fields, multi-modal meta-modeling will play an increasingly important role in the development of intelligent robots. The industry expects this technology to further promote the popularization and application of intelligent robots, bringing more convenience and innovation to people’s lives.
【来源】https://www.jiqizhixin.com/articles/2024-06-20-5
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