Sound of Vision: Audio Generation from Visual Text Embedding through Training Domain Discriminator

Recent advancements in text-to-audio (TTA) models have demonstrated their ability to generate sound that aligns with user intentions. Despite this advancement, a notable limitation arises from the models' inability to effectively synthesize audio from visual-domain texts. In this study, we address this challenge by utilizing a novel dataset that pairs visual and acoustic-domain texts, derived using ChatGPT-3.5, and encoding switch through a domain discriminator. This approach ensures not only computational efficiency but also enhances the model's generalization, adaptability, and flexibility. It addresses concerns that training exclusively with visual texts might compromise audio generation quality from audio texts. This study presents a novel methodology for enhancing text-to-audio synthesis, demonstrating significant improvements in audio output fidelity from visual-text inputs.