上海视觉

上海视觉 ›› 2026, Vol. 0 ›› Issue (1): 49-55.

• 艺术实践 • 上一篇    下一篇

童装虚拟仿真走秀技术研究及应用

戴竞宇1, 安博2, 赵亮3   

  1. 1.上海杉达学院， 上海 201209
    2.华东师范大学， 上海 200062
    3.商丘师范学院， 河南商丘 476000
  • 出版日期:2026-01-20 发布日期:2026-03-30
  • 作者简介:戴竞宇（1987— ），女，澳门城市大学博士，上海杉达学院教授，服装与服饰设计系主任。研究方向为数字时尚、奢侈品非遗时尚。
    安博（1983— ），男，马德里康普顿斯大学在读博士，华东师范大学讲师。研究方向为时尚产品设计、时尚品牌传播。
    赵亮（1985— ），男，澳门城市大学博士，商丘师范学院人文学院讲师。研究方向为文旅时尚设计。
  • 基金资助:
    上海市高等教育学会年度规划研究课题“AI赋能背景下非遗与数字时尚融合育人机制研究——基于民办高校产教协同视角2024-2026 ”(CANQN250107)

Research on Virtual Simulation Catwalk Technology of Children's Clothing and Its Application

DAI Jingyu1, AN Bo2, ZHAO Liang3   

  • Online:2026-01-20 Published:2026-03-30

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摘要：

婴童服装设计在展示与评估环节常受体型差异与动态表现局限，传统展示方式难以全面支持设计决策与市场预判。针对该问题，本文提出了一种基于多模态数据驱动的童装虚拟设计与智能走秀系统。系统集成高精度三维建模与物理渲染技术，通过自适应算法优化展示效果，显著提升了设计表现的真实感与动态交互性。特别地，系统运用深度学习模型对童装合体度进行实时评估，生成个性化优化策略报告，从而实现智能化辅助设计与动态成衣适配分析。实验结果表明，该系统在提高童装设计效率、优化供应链决策及降低开发成本方面具有显著优势，展示了在服装工业数字化转型与智能设计标准构建中的应用潜力与学术前瞻性。

关键词: 童装虚拟设计, 智能合体评估, 数字化时尚展示

Abstract:

Children's clothing design faces inherent challenges in display and evaluation due to uncontrollable factors in children's emotions, making design and runway shows difficult to operationalize. Existing virtual simulation software cannot dynamically present children's clothing runway states. This study proposes a virtual simulation method for children's clothing design and runway shows. The system includes 3D children's clothing model construction, physical parameterization, virtual T-stage scene creation, lighting simulation, and provides panoramic virtual display of the entire design and runway process with automatic optimization of display effects. Additionally, the system uses machine learning to analyze garment fit and generates optimization strategy reports to assist designers' decision-making. Experimental results in collaborating knitwear and woven garment enterprises demonstrate that the system helps designers observe clothing design quality and runway effects, provides design modification suggestions, reduces workload, and improves design efficiency.

Key words: Children's Wear Virtual Design, Intelligent Fit Assessment, Digital Fashion Visualization

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