**复旦大学发布“伏羲”气象大模型升级版 助推智能气象领域创新生态发展**
昨日，在复旦大学的主题活动中，智能气象的创新步伐迎来一大进步。由复旦大学和上海科学智能研究院共同举办“走进智能气象”主题活动，除了聚焦气象前沿科技交流外，还宣布了智能气象创新生态联盟的成立。联盟的核心成果便是全新发布的“伏羲”气象大模型 2.0 版本（简称“伏羲”2.0）。
相较于去年推出的“伏羲”系列 1.0 版本，“伏羲”大模型 2.0 在中期天气预报和次季节预测方面取得了显著进展。此次升级的中期天气预报大模型和次季节大模型针对新能源开发管理、航空运输等关键领域提供精准气象预测服务，为企业规划生产运营提供了有力的数据支撑。这对于现代能源管理与高效交通规划都具有重大指导意义。此外，“伏羲”2.0将促进智能气象领域的产学研一体化发展，为构建更加智能、精准的气象预测体系奠定坚实基础。未来，该模型有望进一步助力全球应对极端天气事件及防灾减灾工作。随着“伏羲”系列的不断完善升级，相信未来的智能气象应用前景将更广阔。
英语如下：
News Title: Fudan University Releases Upgraded “Fuxi” Meteorological Grand Model: Smart Prediction Ushers in Future Weather Evolution
Keywords:
News Content: **Fudan University Unveils Upgraded “Fuxi” Meteorological Grand Model Boosting the Development of Smart Meteorology Innovation Ecology**
Yesterday, at a themed event held by Fudan University, a significant milestone was reached in the field of smart meteorology. Co-hosted by Fudan University and the Shanghai Science and Intelligence Research Institute, the “Exploring Smart Meteorology” event not only focused on the exchange of cutting-edge meteorological technologies but also announced the establishment of the Smart Meteorology Innovation Ecology Alliance. The core achievement of this alliance was the newly released “Fuxi” Meteorological Grand Model Version 2.0 (hereinafter referred to as “Fuxi” 2.0).
Compared to the “Fuxi” series Version 1.0 launched last year, the “Fuxi” Grand Model 2.0 has made remarkable progress in medium-range weather forecasting and sub-seasonal predictions. The upgraded medium-range weather forecasting model and sub-seasonal model provide precise meteorological prediction services for key industries such as new energy development and management, aviation transportation, etc., providing powerful data support for enterprise planning, production, and operation. This is of great significance for modern energy management and efficient transportation planning. In addition, “Fuxi” 2.0 will promote the integration of industry, education, and research in the field of smart meteorology, laying a solid foundation for building a more intelligent and accurate meteorological prediction system. In the future, this model is expected to further assist global efforts in responding to extreme weather events and disaster prevention and reduction work. With the continuous improvement and upgrading of the “Fuxi” series, the future prospects for smart meteorology applications are expected to be even broader.
【来源】https://ai-bot.cn/go/?url=aHR0cHM6Ly93d3cuaXRob21lLmNvbS8wLzc3My8wMjcuaHRt
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