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基于人工智能(AI)与虚拟云技术的影视视效流程管理系统研究

孙靖 赖琳华

现代电影技术Issue(8):59-65,7.
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现代电影技术Issue(8):59-65,7.DOI:10.3969/j.issn.1673-3215.2026.08.008

基于人工智能(AI)与虚拟云技术的影视视效流程管理系统研究

Visual effects pipeline management system based on artificial intelligence(AI)and virtual cloud technology

孙靖 1赖琳华1

作者信息

  • 1. 中影(北京)电影制片厂有限公司,北京 101400
  • 折叠

摘要

Abstract

The visual effects(VFX)production industry is developing and evolving towards intelligence and cross-domain collaboration.Traditional VFX pipeline management has increasingly prominent shortcomings in resource elasticity,data connectivity,cross-domain collaboration and security management.Oriented to the full-process management requirements of film and television VFX production,this paper proposes an intelligent pipeline management framework integrating artifi-cial intelligence(AI)and virtual cloud technology.The framework takes the virtual cloud resource pool as the base,ab-stracting physical computing power and storage into on-demand schedulable services.On the cloud base,an agent layer with large language model(LLM)as the core is constructed.With the collaboration of retrieval augmented generation(RAG)and model context protocol(MCP),it realizes natural language-driven intelligent management and control capabili-ties,enabling the system to dynamically perceive business status and respond to operational requests in natural language,which effectively eliminates semantic barriers among various subsystems.Theoretically,this system can significantly im-prove resource utilization,task automation level and collaboration efficiency,and realize integrated management of unified data,standardized processes and security compliance,providing an intelligent solution with reference value for the industri-alization of film and television visual effects.

关键词

视觉特效(VFX)/视效流程管理/虚拟云技术/人工智能(AI)

Key words

Visual Effects(VFX)/VFX Pipeline Management/Virtual Cloud Technology/Artificial Intelligence(AI)

分类

社会科学

引用本文复制引用

孙靖,赖琳华..基于人工智能(AI)与虚拟云技术的影视视效流程管理系统研究[J].现代电影技术,2026,(8):59-65,7.

现代电影技术

1673-3215

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