中国古代瓷器“物理尺寸”与“多模态特征”融合数据
收藏资源简介:
1. 基于物理约束的AIGC:在生成式AI应用中,不仅可以指定生成图像的“风格”,还可以指定其“尺寸”,例如“生成一个高20cm,具有某某藏品风格的梅瓶”,使得AI生成内容更具实用性。 2. 器物造型演化规律的量化研究:通过分析物理尺寸(如高径比)与视觉向量在不同朝代、不同窑口之间的统计学关系,可以量化地研究器物造型的演变规律。 3. 高精度估值模型:将物理尺寸作为关键特征加入估值模型,可以显著提升模型对器物尺寸差异的敏感度,从而获得更精准的价格预测。
1. AIGC with Physical Constraints: In generative AI applications, users can specify not only the "style" but also the "dimensions" of the generated images. For example, "generate a plum vase with a height of 20 cm and the style of a certain collection", which enhances the practicality of AI-generated content. 2. Quantitative Research on Evolution Laws of Artifact Shapes: By analyzing the statistical correlations between physical dimensions (e.g., height-to-diameter ratio) and visual vectors across different dynasties and kiln sites, the evolution patterns of artifact shapes can be quantitatively investigated. 3. High-Precision Valuation Model: Incorporating physical dimensions as a key feature into the valuation model can significantly enhance the model's sensitivity to differences in artifact dimensions, thereby enabling more accurate price predictions.




