aifollow.news
返回 IT之家 科技新闻
IT之家 科技新闻· · 原发布时间 AI 评分20

西湖大学成立世界模型研究中心,聚焦物理智能研究

自动核验发布 · 本文由系统生成并完成证据核验,未经人工审稿。

AI 辅助摘要

西湖世界模型研究中心于10月31日在西湖大学云谷校区成立,是面向物理智能的校级交叉科研平台。中心以世界模型为核心研究方向,计划探索结合感知、认知、预测与行动的智能体系,重点研究智能系统如何理解物理规律、预测环境变化并作出交互决策。

正文 · AI 翻译

IT Home reported on October 31 that the Westlake World Model Research Center was established on October 31 at Westlake University's Yungu Campus. It is a university-level interdisciplinary research platform established by Westlake University for the field of physical intelligence.

The center is directed by Yu Kaicheng, a doctoral supervisor and assistant professor in Westlake University's School of Engineering and co-founder and chief scientist of the AI company KMind. Jin Yaochu, Westlake University's Chair Professor of Artificial Intelligence and head of its Department of Artificial Intelligence, serves as chief scientist, while several PIs (principal investigators) jointly undertake research in various areas.

According to an official introduction obtained by IT Home, the center is oriented toward the shift in artificial intelligence from language cognition to physical interaction. It focuses on world models and physical intelligence, aims to overcome key bottlenecks in intelligent systems' ability to understand physical laws, predict environmental changes and make decisions during interaction, and seeks to build an internationally leading academic hub and engine of innovation for physical intelligence.

With world models as its core research focus, the center will explore intelligent systems that combine perception, cognition, prediction and action, advancing artificial intelligence's ability to understand the world, envision the future and act autonomously in real environments. Drawing on Westlake University's research foundations and interdisciplinary strengths, the center will bring together researchers from multiple fields to promote the coordinated development of fundamental theory, key technologies and applied research. It will develop general-purpose world models capable of understanding physical laws, predicting the consequences of actions and continuously learning from real-world feedback, supporting China's independent innovation and frontier planning in next-generation artificial intelligence.

发现内容有误?提交纠错