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VADB: A Large-Scale Video Aesthetic Database with Professional and Multi-Dimensional Annotations

NeurIPS 2025 · Video › Video-language understanding · approach: Event and anomaly reasoning in video · 0 citations (OpenAlex)

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Introduces VADB, a 10,490-video aesthetic dataset with professional multi-dimensional scores, comments and tags, and VADB-Net, a two-stage CLIP-based video-text pretraining plus MLP regression model for aesthetic scoring.

Problem

Video aesthetic assessment is limited by a lack of large, standardized, richly annotated datasets and by the difficulty of adapting image-based aesthetic methods to temporal, multimodal video data.

Approach

Pretrain a CLIP ViT-B/32-based video encoder contrastively against fused comment and aesthetic-tag text embeddings from a professionally annotated dataset, then freeze it and train a small MLP to regress overall and attribute aesthetic scores.

Key results

Measured effects reported in the paper

What was changedWhereMeasuredEffect
use VADB-Net instead of the strongest baseline, FastVQAVADB-Net · VADB overallSRCC: 0.92 -> 0.93Helped
use VADB-Net instead of the strongest baseline, FastVQAVADB-Net · VADB overallPLCC: 0.93 -> 0.93No clear effect
use VADB-Net instead of the strongest baseline, FastVQAVADB-Net · VADB overallRMSE: 0.65 -> 0.54Helped
use VADB-Net instead of the strongest baseline, FastVQAVADB-Net · VADB overallKRCC: 0.76 -> 0.77Helped
add VADB pretraining (ablation)VADB-Net · VADB overallSRCC: 0.84 -> 0.93Helped
add VADB pretraining (ablation)VADB-Net · VADB overallPLCC: 0.85 -> 0.93Helped
add VADB pretraining (ablation)VADB-Net · VADB overallRMSE: 0.59 -> 0.54Helped
add VADB pretraining (ablation)VADB-Net · VADB overallKRCC: 0.65 -> 0.77Helped
use the two-hidden-layer MLP instead of a linear layer (ablation)VADB-Net · VADB overallSRCC: 0.90 -> 0.93Helped
use the two-hidden-layer MLP instead of a linear layer (ablation)VADB-Net · VADB overallPLCC: 0.90 -> 0.93Helped
use the two-hidden-layer MLP instead of a linear layer (ablation)VADB-Net · VADB overallRMSE: 0.51 -> 0.54Hurt
use the two-hidden-layer MLP instead of a linear layer (ablation)VADB-Net · VADB overallKRCC: 0.72 -> 0.77Helped

Surprising findings

Limitations

Experimental setup

Datasets: VADB

Benchmarks: VADB

Metrics: SRCC PLCC RMSE KRCC MSE binary accuracy

Baselines: FAST-VQA SimpleVQA ModularBVQA

Builds on: CLIP CLIP4Clip FAST-VQA SimpleVQA ModularBVQA

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