Guan Cha Zhe Wang·2025-11-12 07:32Core Insights - The core point of the news is the confirmation of Luo Fuli's joining Xiaomi, which is seen as a significant move for Xiaomi's AI strategy, particularly in the development of large models and their application in various products [1][13]. Group 1: Luo Fuli's Background and Experience - Luo Fuli, born in 1995 in Yibin, Sichuan, has a strong academic background, having published eight papers at a top international AI conference during her master's studies [4][5]. - After graduating, she worked at Alibaba's DAMO Academy, where she developed the VECO multilingual pre-training model, gaining substantial experience in cross-lingual large models [5]. - She later joined DeepSeek, where she contributed to the development of the DeepSeek-V2 model, known for its cost-effectiveness and high performance in natural language processing [5][7]. Group 2: Xiaomi's AI Strategy - Xiaomi's AI ambitions are highlighted by the establishment of its AI Lab in 2016, which has evolved to focus on various AI technologies, including large models [13]. - The company has a unique approach to AI, emphasizing lightweight models and local deployment rather than competing in the large parameter model race [13][14]. - Xiaomi's recent AI model, Xiaomi MiMo, demonstrated superior performance with only 7 billion parameters, showcasing the company's commitment to a "small parameters, big energy" strategy [14]. Group 3: Implications of Luo Fuli's Joining - Luo Fuli's expertise in MoE architecture and natural language processing is expected to accelerate Xiaomi's efforts in large model development and application across its product ecosystem [1][13]. - Her involvement in the MiMo team aligns with Xiaomi's goal of enhancing AI capabilities in mobile devices and vehicles, contributing to the company's broader "human-vehicle-home" ecosystem strategy [14][17]. - The influx of top AI talent from emerging companies to established hardware giants like Xiaomi indicates a shift towards the practical application of AI models in real-world scenarios [17].