Q-Instruct: Improving Low-level Visual Abilities for Multi-modality Foundation Models

TL;DR

This paper introduces Q-Instruct, a dataset and method that significantly improves low-level visual perception in multi-modality foundation models by leveraging extensive human feedback and diverse instruction-response pairs.

Contribution

The paper presents a large-scale human feedback dataset and a novel instruction tuning approach that enhances foundation models' low-level visual understanding capabilities.

Findings

Q-Instruct improves low-level visual perception in foundation models.

The dataset includes 58K detailed human feedbacks on nearly 19K images.

Experimental results show consistent performance gains across models.

Abstract

Multi-modality foundation models, as represented by GPT-4V, have brought a new paradigm for low-level visual perception and understanding tasks, that can respond to a broad range of natural human instructions in a model. While existing foundation models have shown exciting potentials on low-level visual tasks, their related abilities are still preliminary and need to be improved. In order to enhance these models, we conduct a large-scale subjective experiment collecting a vast number of real human feedbacks on low-level vision. Each feedback follows a pathway that starts with a detailed description on the low-level visual appearance (*e.g. clarity, color, brightness* of an image, and ends with an overall conclusion, with an average length of 45 words. The constructed **Q-Pathway** dataset includes 58K detailed human feedbacks on 18,973 images with diverse low-level appearance. Moreover, to enable foundation models to robustly respond to diverse types of questions, we design a GPT-participated conversion to process these feedbacks into diverse-format 200K instruction-response pairs. Experimental results indicate that the **Q-Instruct** consistently elevates low-level perception and understanding abilities across several foundational models. We anticipate that our datasets can pave the way for a future that general intelligence can perceive, understand low-level visual appearance and evaluate visual quality like a human. Our dataset, model zoo, and demo is published at: https://q-future.github.io/Q-Instruct.