近日， Meta等公司联手推出了一款全新的AI视频生成模型——FlowVid。该技术团队成员来自得克萨斯大学奥斯汀分校和Meta GenAI，他们研发出一个能够保持一致性的V2V（视频到视频）合成框架。据悉，FlowVid仅需1.5分钟，就能生成一段4秒，每秒30帧、分辨率为512×512的视频。这一突破性技术将为视频创作带来翻天覆地的变化。
FlowVid的独特之处在于它能无缝与现有的I2I模型配合，支持多种修改方式，包括风格化、物体替换和局部编辑。这意味着，创作者可以更加轻松地实现他们的创意想法，打造出独具特色的作品。此外，FlowVid的分辨率、帧数和生成时间等参数都可以根据需求进行调整，满足不同场景下的应用需求。
这项技术的出现，标志着人工智能在视频生成领域的应用达到了一个新的高度。Meta等公司的合作成果将为短视频创作者、广告从业者以及各类企业带来巨大的便利，同时也为AI技术的进一步发展奠定了基础。FlowVid有望成为未来视频创作的重要工具，引领行业迈向全新的数字化时代。
英文翻译：
News Title: Meta Unveils AI Video Generation Model FlowVid, Ushering in a New Era of Video Creation
Keywords: Meta, AI, Video Generation, FlowVid, Innovation
News Content:
Recently, Meta and other companies have jointly launched a new AI video generation model called FlowVid. The technology team members come from the University of Texas at Austin and Meta GenAI, and they have developed a consistent V2V (video to video) synthesis framework. It is reported that FlowVid can generate a 4-second video with 30 frames per second and a resolution of 512×512 in just 1.5 minutes. This groundbreaking technology will bring about profound changes in video creation.
The uniqueness of FlowVid lies in its ability to seamlessly cooperate with existing I2I models, supporting various modification methods including stylization, object replacement, and local editing. This means that creators can more easily realize their creative ideas and create unique works. In addition, parameters such as resolution, frame rate, and generation time of FlowVid can be adjusted according to needs, meeting the application requirements in different scenarios.
The emergence of this technology marks a new height in the application of AI in video generation. The collaborative efforts of Meta and other companies will bring convenience to short video creators, advertisers, and businesses, and also lay the foundation for the further development of AI technology. FlowVid is expected to become an essential tool for future video creation, ushering in a new digital era.
【来源】https://mp.weixin.qq.com/s/06Tpe6a4Q3wkPyNX01PyFg
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